L114algorithm analysis

Algorithms: binary_search algorithm halve the interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Costs: count element comparisons.
Target: 49.
What is the fewest comparisons?

Los algoritmos son: binary_search el algoritmo halve el interval; jump_search_4 el algoritmo bloquea: 4; forward_scan el algoritmo escanear from el inicio; backward_scan el algoritmo escanear from end.
El arreglo es:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Costes: count el elemento comparisons.
El objetivo es 49.
¿Qué fewest comparisons?

算法如下：binary_search的算法是halve这interval；jump_search_4的算法是阻挡的：4；forward_scan的算法是扫描from的起点是；backward_scan的算法是扫描fromend。
数组是：
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
代价模型如下：count的元素是comparisons。
目标值是49。
fewest comparisons什么？

Algorithms: binary_search halve interval algorithm; jump_search_4 blocks: 4 algorithm; forward_scan tarar from start algorithm; backward_scan tarar from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons ne?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks ya: 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons nini?

Algorithms: binary_search algorithm halve the interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Costs: count element comparisons.
Target: 49.
What is the fewest comparisons?

{algorithms: [(algorithm binary_search (halve_the_interval)) (algorithm jump_search_4 (blocks_of 4)) (algorithm forward_scan (scan_from_start)) (algorithm backward_scan (scan_from_end))], array: [3 14 17 20 23 25 26 27 31 32 33 38 49 57], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 49}

Algorithmen: binary_search Algorithmus halbieren der Abstand; jump_search_4 Algorithmus blocks aus 4; forward_scan Algorithmus scannen von Beginn; backward_scan Algorithmus scannen von Ende.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Kosten: zählen Element comparisons.
Zielscheibe: 49.
Was fewest comparisons?

Алгорѝтам: binary_search алгорѝтам popoliviti interval; jump_search_4 алгорѝтам blocks od 4; forward_scan алгорѝтам skenirati из почетак; backward_scan алгорѝтам skenirati из крај.
Ни̑з:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 49.
Fewest comparisons kakav?

Algoritmit: binary_search algoritmi puolittaa välimatka; jump_search_4 algoritmi blocks vaille 4; forward_scan algoritmi skannata from alku; backward_scan algoritmi skannata from pää.
Taulukko:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Kustannus malli: laskea perusosa comparisons.
Maali: 49.
Mikä fewest comparisons?

算法如下：binary_search的算法是halve这interval；jump_search_4的算法是阻挡的：4；forward_scan的算法是扫描from的起点是；backward_scan的算法是扫描fromend。
数组是：
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
代价模型如下：count的元素是comparisons。
目标值是49。
fewest comparisons什么？

アルゴリズム:binary_searchhalve間隔アルゴリズム; jump_search_4blocksの中の:4アルゴリズム; forward_scanスキャンするから開始アルゴリズム; backward_scanスキャンするから終了アルゴリズム.
配列:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
費用モデル:数える要素comparisons.
標的:49.
fewest comparisons何と?

Algorithms: binary_search halve interval algorithm; jump_search_4 blocks: 4 algorithm; forward_scan tarar from start algorithm; backward_scan tarar from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة jump_search_4 blocks مِنْ 4؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة.
مَصْفُوفَة:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 49.
fewest comparisons مَاذَا؟

Ალგორითმი: binary_search ანახევრებს დაშორება ალგორითმი; jump_search_4 blocks of 4 ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი; backward_scan scan from დასასრული ალგორითმი.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 49.
Fewest comparisons რა?

Hātepe: hātepe binary_search weherua te mokowā; hātepe jump_search_4 blocks o 4; hātepe forward_scan matawai from tīmatanga; hātepe backward_scan matawai from hikutau.
Tūtohi tukutuku:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: tatau pūmotu comparisons.
Target: 49.
Fewest comparisons unutai?

Thuật toán: binary_search thuật toán halve the interval; jump_search_4 thuật toán blocks bằng 4; forward_scan thuật toán scan từ bắt đầu; backward_scan thuật toán scan từ chóp.
Mảng:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: đếm yếu tố comparisons.
Bia: 49.
Fewest comparisons gì?

ขั้นตอนวิธี:binary_searchขั้นตอนวิธีhalveช่วง; jump_search_4ขั้นตอนวิธีblocksของ:4; forward_scanขั้นตอนวิธีสแกนจากเริ่ม; backward_scanขั้นตอนวิธีสแกนจากจบ.
array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:49.
fewest comparisonsอะไร?

algorithms: binary_search halve இடைவெளி algorithm; jump_search_4 blocks கொண்ட 4 algorithm; forward_scan scan இருந்து தொடக்கம் algorithm; backward_scan scan இருந்து முடி algorithm.
array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
cost model: எண்ணு element comparisons.
target: 49.
fewest comparisons என்ன?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks ya: 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons nini?

Algorithms: binary_search halve interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 49.
Fewest comparisons haʼátʼíísh?

Algorithms: binary_search halve interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: kisitsivoq element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks bilong 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Alahikàn: 49.
Fewest comparisons kwèch?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: лархӏа element comparisons.
Target: 49.
Fewest comparisons фу?

알고리즘: binary_search 이등분하다 간격 알고리즘; jump_search_4 blocks...의 4 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘.
배열:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
cost model: 세다 요소 comparisons.
과녁: 49.
fewest comparisons 무엇?

Algorithms: binary_search halve the tarte algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm; backward_scan scan from amai algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons zer?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 49.
What fewest comparisons?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from usay.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: yupay element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search halve the interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons сыд?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons ining-jak?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from malichi; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons nanta?

Algorithms: binary_search halve interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan wa start algorithm; backward_scan scan wa end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons híli?

Algorithms: binary_search halve the interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve the interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve the interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve ne interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons tay?

Algorithmes : binary_search algorithme halve l'intervalle ; jump_search_4 algorithme blocks de 4 ; forward_scan algorithme scanner de départ ; backward_scan algorithme scanner de fin.
Tableau :
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Coûts : compter élément comparisons.
Cible : 49.
Quoi fewest comparisons ?

Algoritmo: binary_search algoritmo halve intertempo; jump_search_4 algoritmo blocks de 4; forward_scan algoritmo skani el eko; backward_scan algoritmo skani el fino.
Tabelo:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 49.
Fewest comparisons kio?

Algoritmusok: binary_search algoritmus felez a köz; jump_search_4 algoritmus blocks of 4; forward_scan algoritmus szkennel from kezdet; backward_scan algoritmus szkennel from vég.
Tömb:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Költség manöken: számol elem comparisons.
Céltábla: 49.
Fewest comparisons melyik?

algorithms:binary_searchalgorithmhalveinterval; jump_search_4algorithmblocks...嘅:4; forward_scanalgorithmscan從開始; backward_scanalgorithmscan從end.
array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
cost model:count要素comparisons.
target:49.
fewest comparisons乜嘢?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Алгоритм: binary_search алгоритм halve interval; jump_search_4 алгоритм blocks туралы 4; forward_scan алгоритм scan from бас; backward_scan алгоритм scan from end.
Жиым:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Тұру үлгі: санау элемент comparisons.
Нысана: 49.
Fewest comparisons не?

אַלגוֹרִיתְם: binary_search אַלגוֹרִיתְם חָצָה ה־ interval; jump_search_4 אַלגוֹרִיתְם blocks שֶׁל 4; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף.
מַעֲרָךְ:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 49.
איזה fewest comparisons?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algoritme-algoritme: binary_search algoritme halve si lat; jump_search_4 algoritme blocks dari 4; forward_scan algoritme memindai from menjalankan; backward_scan algoritme memindai from akhir.
Jajaran:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: menghitung element comparisons.
Target: 49.
Fewest comparisons apa?

algorithms:binary_searchalgorithmhalve the interval; jump_search_4algorithmblocksនៃ:4; forward_scanalgorithmscanពីstart; backward_scanalgorithmscanពីចុង.
array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:49.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:binary_searchຂັ້ນຕອນວິທີhalveinterval; jump_search_4ຂັ້ນຕອນວິທີblocksຂອງ:4; forward_scanຂັ້ນຕອນວິທີscanຈາກstart; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ.
array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:49.
fewest comparisonsຫຍັງ?

algorithms: binary_search halve interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from ఆరంభము algorithm; backward_scan scan from end algorithm.
array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
cost model: లెక్కించు మూలకము comparisons.
target: 49.
fewest comparisons ఏమిటి?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
What fewest comparisons?

Algorithms: binary_search halve the interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
cost model: count element comparisons.
target: 49.
fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from bigin; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Target: 49.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 3
  - 14
  - 17
  - 20
  - 23
  - 25
  - 26
  - 27
  - 31
  - 32
  - 33
  - 38
  - 49
  - 57
Cost model: count element comparisons.
Лишан: 49.
Fewest comparisons вуч?

Algorithms: binary_search algorithm halve the interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Costs: count element comparisons.
Target: 32.
What is the fewest comparisons?

Los algoritmos son: binary_search el algoritmo halve el interval; jump_search_3 el algoritmo bloquea: 3; forward_scan el algoritmo escanear from el inicio; backward_scan el algoritmo escanear from end.
El arreglo es:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Costes: count el elemento comparisons.
El objetivo es 32.
¿Qué fewest comparisons?

算法如下：binary_search的算法是halve这interval；jump_search_3的算法是阻挡的：3；forward_scan的算法是扫描from的起点是；backward_scan的算法是扫描fromend。
数组是：
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
代价模型如下：count的元素是comparisons。
目标值是32。
fewest comparisons什么？

Algorithms: binary_search halve interval algorithm; jump_search_3 blocks: 3 algorithm; forward_scan tarar from start algorithm; backward_scan tarar from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons ne?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks ya: 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons nini?

Algorithms: binary_search algorithm halve the interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Costs: count element comparisons.
Target: 32.
What is the fewest comparisons?

{algorithms: [(algorithm binary_search (halve_the_interval)) (algorithm jump_search_3 (blocks_of 3)) (algorithm forward_scan (scan_from_start)) (algorithm backward_scan (scan_from_end))], array: [5 8 17 32 37 49 52 55 56], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 32}

Algorithmen: binary_search Algorithmus halbieren der Abstand; jump_search_3 Algorithmus blocks aus 3; forward_scan Algorithmus scannen von Beginn; backward_scan Algorithmus scannen von Ende.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Kosten: zählen Element comparisons.
Zielscheibe: 32.
Was fewest comparisons?

Алгорѝтам: binary_search алгорѝтам popoliviti interval; jump_search_3 алгорѝтам blocks od 3; forward_scan алгорѝтам skenirati из почетак; backward_scan алгорѝтам skenirati из крај.
Ни̑з:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 32.
Fewest comparisons kakav?

Algoritmit: binary_search algoritmi puolittaa välimatka; jump_search_3 algoritmi blocks vaille 3; forward_scan algoritmi skannata from alku; backward_scan algoritmi skannata from pää.
Taulukko:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Kustannus malli: laskea perusosa comparisons.
Maali: 32.
Mikä fewest comparisons?

算法如下：binary_search的算法是halve这interval；jump_search_3的算法是阻挡的：3；forward_scan的算法是扫描from的起点是；backward_scan的算法是扫描fromend。
数组是：
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
代价模型如下：count的元素是comparisons。
目标值是32。
fewest comparisons什么？

アルゴリズム:binary_searchhalve間隔アルゴリズム; jump_search_3blocksの中の:3アルゴリズム; forward_scanスキャンするから開始アルゴリズム; backward_scanスキャンするから終了アルゴリズム.
配列:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
費用モデル:数える要素comparisons.
標的:32.
fewest comparisons何と?

Algorithms: binary_search halve interval algorithm; jump_search_3 blocks: 3 algorithm; forward_scan tarar from start algorithm; backward_scan tarar from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة jump_search_3 blocks مِنْ 3؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة.
مَصْفُوفَة:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 32.
fewest comparisons مَاذَا؟

Ალგორითმი: binary_search ანახევრებს დაშორება ალგორითმი; jump_search_3 blocks of 3 ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი; backward_scan scan from დასასრული ალგორითმი.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 32.
Fewest comparisons რა?

Hātepe: hātepe binary_search weherua te mokowā; hātepe jump_search_3 blocks o 3; hātepe forward_scan matawai from tīmatanga; hātepe backward_scan matawai from hikutau.
Tūtohi tukutuku:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: tatau pūmotu comparisons.
Target: 32.
Fewest comparisons unutai?

Thuật toán: binary_search thuật toán halve the interval; jump_search_3 thuật toán blocks bằng 3; forward_scan thuật toán scan từ bắt đầu; backward_scan thuật toán scan từ chóp.
Mảng:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: đếm yếu tố comparisons.
Bia: 32.
Fewest comparisons gì?

ขั้นตอนวิธี:binary_searchขั้นตอนวิธีhalveช่วง; jump_search_3ขั้นตอนวิธีblocksของ:3; forward_scanขั้นตอนวิธีสแกนจากเริ่ม; backward_scanขั้นตอนวิธีสแกนจากจบ.
array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:32.
fewest comparisonsอะไร?

algorithms: binary_search halve இடைவெளி algorithm; jump_search_3 blocks கொண்ட 3 algorithm; forward_scan scan இருந்து தொடக்கம் algorithm; backward_scan scan இருந்து முடி algorithm.
array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
cost model: எண்ணு element comparisons.
target: 32.
fewest comparisons என்ன?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks ya: 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons nini?

Algorithms: binary_search halve interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 32.
Fewest comparisons haʼátʼíísh?

Algorithms: binary_search halve interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: kisitsivoq element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks bilong 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Alahikàn: 32.
Fewest comparisons kwèch?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: лархӏа element comparisons.
Target: 32.
Fewest comparisons фу?

알고리즘: binary_search 이등분하다 간격 알고리즘; jump_search_3 blocks...의 3 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘.
배열:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
cost model: 세다 요소 comparisons.
과녁: 32.
fewest comparisons 무엇?

Algorithms: binary_search halve the tarte algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from start algorithm; backward_scan scan from amai algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons zer?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 32.
What fewest comparisons?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from usay.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: yupay element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search halve the interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons сыд?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons ining-jak?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from malichi; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons nanta?

Algorithms: binary_search halve interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan wa start algorithm; backward_scan scan wa end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons híli?

Algorithms: binary_search halve the interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve the interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve the interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve ne interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons tay?

Algorithmes : binary_search algorithme halve l'intervalle ; jump_search_3 algorithme blocks de 3 ; forward_scan algorithme scanner de départ ; backward_scan algorithme scanner de fin.
Tableau :
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Coûts : compter élément comparisons.
Cible : 32.
Quoi fewest comparisons ?

Algoritmo: binary_search algoritmo halve intertempo; jump_search_3 algoritmo blocks de 3; forward_scan algoritmo skani el eko; backward_scan algoritmo skani el fino.
Tabelo:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 32.
Fewest comparisons kio?

Algoritmusok: binary_search algoritmus felez a köz; jump_search_3 algoritmus blocks of 3; forward_scan algoritmus szkennel from kezdet; backward_scan algoritmus szkennel from vég.
Tömb:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Költség manöken: számol elem comparisons.
Céltábla: 32.
Fewest comparisons melyik?

algorithms:binary_searchalgorithmhalveinterval; jump_search_3algorithmblocks...嘅:3; forward_scanalgorithmscan從開始; backward_scanalgorithmscan從end.
array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
cost model:count要素comparisons.
target:32.
fewest comparisons乜嘢?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Алгоритм: binary_search алгоритм halve interval; jump_search_3 алгоритм blocks туралы 3; forward_scan алгоритм scan from бас; backward_scan алгоритм scan from end.
Жиым:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Тұру үлгі: санау элемент comparisons.
Нысана: 32.
Fewest comparisons не?

אַלגוֹרִיתְם: binary_search אַלגוֹרִיתְם חָצָה ה־ interval; jump_search_3 אַלגוֹרִיתְם blocks שֶׁל 3; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף.
מַעֲרָךְ:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 32.
איזה fewest comparisons?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algoritme-algoritme: binary_search algoritme halve si lat; jump_search_3 algoritme blocks dari 3; forward_scan algoritme memindai from menjalankan; backward_scan algoritme memindai from akhir.
Jajaran:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: menghitung element comparisons.
Target: 32.
Fewest comparisons apa?

algorithms:binary_searchalgorithmhalve the interval; jump_search_3algorithmblocksនៃ:3; forward_scanalgorithmscanពីstart; backward_scanalgorithmscanពីចុង.
array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:32.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:binary_searchຂັ້ນຕອນວິທີhalveinterval; jump_search_3ຂັ້ນຕອນວິທີblocksຂອງ:3; forward_scanຂັ້ນຕອນວິທີscanຈາກstart; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ.
array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:32.
fewest comparisonsຫຍັງ?

algorithms: binary_search halve interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from ఆరంభము algorithm; backward_scan scan from end algorithm.
array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
cost model: లెక్కించు మూలకము comparisons.
target: 32.
fewest comparisons ఏమిటి?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
What fewest comparisons?

Algorithms: binary_search halve the interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
cost model: count element comparisons.
target: 32.
fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from bigin; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; jump_search_3 algorithm blocks of 3; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Target: 32.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; jump_search_3 blocks of 3 algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 5
  - 8
  - 17
  - 32
  - 37
  - 49
  - 52
  - 55
  - 56
Cost model: count element comparisons.
Лишан: 32.
Fewest comparisons вуч?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve the interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Costs: count element comparisons.
Target: 4.
What is the fewest comparisons?

Los algoritmos son: forward_scan el algoritmo escanear from el inicio; backward_scan el algoritmo escanear from end; binary_search el algoritmo halve el interval; jump_search_2 el algoritmo bloquea: 2.
El arreglo es:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Costes: count el elemento comparisons.
El objetivo es 4.
¿Qué fewest comparisons?

算法如下：forward_scan的算法是扫描from的起点是；backward_scan的算法是扫描fromend；binary_search的算法是halve这interval；jump_search_2的算法是阻挡的：2。
数组是：
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
代价模型如下：count的元素是comparisons。
目标值是4。
fewest comparisons什么？

Algorithms: forward_scan tarar from start algorithm; backward_scan tarar from end algorithm; binary_search halve interval algorithm; jump_search_2 blocks: 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons ne?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks ya: 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons nini?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve the interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Costs: count element comparisons.
Target: 4.
What is the fewest comparisons?

{algorithms: [(algorithm forward_scan (scan_from_start)) (algorithm backward_scan (scan_from_end)) (algorithm binary_search (halve_the_interval)) (algorithm jump_search_2 (blocks_of 2))], array: [4 6 11 14 17 20 24 39 43 48 52 54 55 57], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 4}

Algorithmen: forward_scan Algorithmus scannen von Beginn; backward_scan Algorithmus scannen von Ende; binary_search Algorithmus halbieren der Abstand; jump_search_2 Algorithmus blocks aus 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Kosten: zählen Element comparisons.
Zielscheibe: 4.
Was fewest comparisons?

Алгорѝтам: forward_scan алгорѝтам skenirati из почетак; backward_scan алгорѝтам skenirati из крај; binary_search алгорѝтам popoliviti interval; jump_search_2 алгорѝтам blocks od 2.
Ни̑з:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 4.
Fewest comparisons kakav?

Algoritmit: forward_scan algoritmi skannata from alku; backward_scan algoritmi skannata from pää; binary_search algoritmi puolittaa välimatka; jump_search_2 algoritmi blocks vaille 2.
Taulukko:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Kustannus malli: laskea perusosa comparisons.
Maali: 4.
Mikä fewest comparisons?

算法如下：forward_scan的算法是扫描from的起点是；backward_scan的算法是扫描fromend；binary_search的算法是halve这interval；jump_search_2的算法是阻挡的：2。
数组是：
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
代价模型如下：count的元素是comparisons。
目标值是4。
fewest comparisons什么？

アルゴリズム:forward_scanスキャンするから開始アルゴリズム; backward_scanスキャンするから終了アルゴリズム; binary_searchhalve間隔アルゴリズム; jump_search_2blocksの中の:2アルゴリズム.
配列:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
費用モデル:数える要素comparisons.
標的:4.
fewest comparisons何と?

Algorithms: forward_scan tarar from start algorithm; backward_scan tarar from end algorithm; binary_search halve interval algorithm; jump_search_2 blocks: 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة؛ خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة jump_search_2 blocks مِنْ 2.
مَصْفُوفَة:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 4.
fewest comparisons مَاذَا؟

Ალგორითმი: forward_scan scan from დასაწყისი ალგორითმი; backward_scan scan from დასასრული ალგორითმი; binary_search ანახევრებს დაშორება ალგორითმი; jump_search_2 blocks of 2 ალგორითმი.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 4.
Fewest comparisons რა?

Hātepe: hātepe forward_scan matawai from tīmatanga; hātepe backward_scan matawai from hikutau; hātepe binary_search weherua te mokowā; hātepe jump_search_2 blocks o 2.
Tūtohi tukutuku:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: tatau pūmotu comparisons.
Target: 4.
Fewest comparisons unutai?

Thuật toán: forward_scan thuật toán scan từ bắt đầu; backward_scan thuật toán scan từ chóp; binary_search thuật toán halve the interval; jump_search_2 thuật toán blocks bằng 2.
Mảng:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: đếm yếu tố comparisons.
Bia: 4.
Fewest comparisons gì?

ขั้นตอนวิธี:forward_scanขั้นตอนวิธีสแกนจากเริ่ม; backward_scanขั้นตอนวิธีสแกนจากจบ; binary_searchขั้นตอนวิธีhalveช่วง; jump_search_2ขั้นตอนวิธีblocksของ:2.
array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:4.
fewest comparisonsอะไร?

algorithms: forward_scan scan இருந்து தொடக்கம் algorithm; backward_scan scan இருந்து முடி algorithm; binary_search halve இடைவெளி algorithm; jump_search_2 blocks கொண்ட 2 algorithm.
array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
cost model: எண்ணு element comparisons.
target: 4.
fewest comparisons என்ன?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks ya: 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons nini?

Algorithms: forward_scan scan from start algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 4.
Fewest comparisons haʼátʼíísh?

Algorithms: forward_scan scan from start algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: kisitsivoq element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks bilong 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Alahikàn: 4.
Fewest comparisons kwèch?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: лархӏа element comparisons.
Target: 4.
Fewest comparisons фу?

알고리즘: forward_scan 스캔하다 부터 처음 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘; binary_search 이등분하다 간격 알고리즘; jump_search_2 blocks...의 2 알고리즘.
배열:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
cost model: 세다 요소 comparisons.
과녁: 4.
fewest comparisons 무엇?

Algorithms: forward_scan scan from start algorithm; backward_scan scan from amai algorithm; binary_search halve the tarte algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons zer?

Algorithms: forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 4.
What fewest comparisons?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from usay; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: yupay element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; backward_scan scan from end algorithm; binary_search halve the interval algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons сыд?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons ining-jak?

Algorithms: forward_scan algorithm scan from malichi; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons nanta?

Algorithms: forward_scan scan wa start algorithm; backward_scan scan wa end algorithm; binary_search halve interval algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons híli?

Algorithms: forward_scan scan from start algorithm; backward_scan scan from end algorithm; binary_search halve the interval algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve the interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve the interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve ne interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons tay?

Algorithmes : forward_scan algorithme scanner de départ ; backward_scan algorithme scanner de fin ; binary_search algorithme halve l'intervalle ; jump_search_2 algorithme blocks de 2.
Tableau :
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Coûts : compter élément comparisons.
Cible : 4.
Quoi fewest comparisons ?

Algoritmo: forward_scan algoritmo skani el eko; backward_scan algoritmo skani el fino; binary_search algoritmo halve intertempo; jump_search_2 algoritmo blocks de 2.
Tabelo:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 4.
Fewest comparisons kio?

Algoritmusok: forward_scan algoritmus szkennel from kezdet; backward_scan algoritmus szkennel from vég; binary_search algoritmus felez a köz; jump_search_2 algoritmus blocks of 2.
Tömb:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Költség manöken: számol elem comparisons.
Céltábla: 4.
Fewest comparisons melyik?

algorithms:forward_scanalgorithmscan從開始; backward_scanalgorithmscan從end; binary_searchalgorithmhalveinterval; jump_search_2algorithmblocks...嘅:2.
array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
cost model:count要素comparisons.
target:4.
fewest comparisons乜嘢?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Алгоритм: forward_scan алгоритм scan from бас; backward_scan алгоритм scan from end; binary_search алгоритм halve interval; jump_search_2 алгоритм blocks туралы 2.
Жиым:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Тұру үлгі: санау элемент comparisons.
Нысана: 4.
Fewest comparisons не?

אַלגוֹרִיתְם: forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף; binary_search אַלגוֹרִיתְם חָצָה ה־ interval; jump_search_2 אַלגוֹרִיתְם blocks שֶׁל 2.
מַעֲרָךְ:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 4.
איזה fewest comparisons?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algoritme-algoritme: forward_scan algoritme memindai from menjalankan; backward_scan algoritme memindai from akhir; binary_search algoritme halve si lat; jump_search_2 algoritme blocks dari 2.
Jajaran:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: menghitung element comparisons.
Target: 4.
Fewest comparisons apa?

algorithms:forward_scanalgorithmscanពីstart; backward_scanalgorithmscanពីចុង; binary_searchalgorithmhalve the interval; jump_search_2algorithmblocksនៃ:2.
array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:4.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:forward_scanຂັ້ນຕອນວິທີscanຈາກstart; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ; binary_searchຂັ້ນຕອນວິທີhalveinterval; jump_search_2ຂັ້ນຕອນວິທີblocksຂອງ:2.
array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:4.
fewest comparisonsຫຍັງ?

algorithms: forward_scan scan from ఆరంభము algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; jump_search_2 blocks of 2 algorithm.
array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
cost model: లెక్కించు మూలకము comparisons.
target: 4.
fewest comparisons ఏమిటి?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
What fewest comparisons?

Algorithms: forward_scan scan from start algorithm; backward_scan scan from end algorithm; binary_search halve the interval algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
cost model: count element comparisons.
target: 4.
fewest comparisons what?

Algorithms: forward_scan algorithm scan from bigin; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; backward_scan algorithm scan from end; binary_search algorithm halve interval; jump_search_2 algorithm blocks of 2.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; jump_search_2 blocks of 2 algorithm.
Array:
  - 4
  - 6
  - 11
  - 14
  - 17
  - 20
  - 24
  - 39
  - 43
  - 48
  - 52
  - 54
  - 55
  - 57
Cost model: count element comparisons.
Лишан: 4.
Fewest comparisons вуч?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Costs: count element comparisons.
Target: 59.
What is the fewest comparisons?

Los algoritmos son: backward_scan el algoritmo escanear from end; forward_scan el algoritmo escanear from el inicio; jump_search_4 el algoritmo bloquea: 4; binary_search el algoritmo halve el interval.
El arreglo es:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Costes: count el elemento comparisons.
El objetivo es 59.
¿Qué fewest comparisons?

算法如下：backward_scan的算法是扫描fromend；forward_scan的算法是扫描from的起点是；jump_search_4的算法是阻挡的：4；binary_search的算法是halve这interval。
数组是：
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
代价模型如下：count的元素是comparisons。
目标值是59。
fewest comparisons什么？

Algorithms: backward_scan tarar from end algorithm; forward_scan tarar from start algorithm; jump_search_4 blocks: 4 algorithm; binary_search halve interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons ne?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks ya: 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons nini?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Costs: count element comparisons.
Target: 59.
What is the fewest comparisons?

{algorithms: [(algorithm backward_scan (scan_from_end)) (algorithm forward_scan (scan_from_start)) (algorithm jump_search_4 (blocks_of 4)) (algorithm binary_search (halve_the_interval))], array: [5 9 24 31 35 38 39 41 59], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 59}

Algorithmen: backward_scan Algorithmus scannen von Ende; forward_scan Algorithmus scannen von Beginn; jump_search_4 Algorithmus blocks aus 4; binary_search Algorithmus halbieren der Abstand.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Kosten: zählen Element comparisons.
Zielscheibe: 59.
Was fewest comparisons?

Алгорѝтам: backward_scan алгорѝтам skenirati из крај; forward_scan алгорѝтам skenirati из почетак; jump_search_4 алгорѝтам blocks od 4; binary_search алгорѝтам popoliviti interval.
Ни̑з:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 59.
Fewest comparisons kakav?

Algoritmit: backward_scan algoritmi skannata from pää; forward_scan algoritmi skannata from alku; jump_search_4 algoritmi blocks vaille 4; binary_search algoritmi puolittaa välimatka.
Taulukko:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Kustannus malli: laskea perusosa comparisons.
Maali: 59.
Mikä fewest comparisons?

算法如下：backward_scan的算法是扫描fromend；forward_scan的算法是扫描from的起点是；jump_search_4的算法是阻挡的：4；binary_search的算法是halve这interval。
数组是：
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
代价模型如下：count的元素是comparisons。
目标值是59。
fewest comparisons什么？

アルゴリズム:backward_scanスキャンするから終了アルゴリズム; forward_scanスキャンするから開始アルゴリズム; jump_search_4blocksの中の:4アルゴリズム; binary_searchhalve間隔アルゴリズム.
配列:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
費用モデル:数える要素comparisons.
標的:59.
fewest comparisons何と?

Algorithms: backward_scan tarar from end algorithm; forward_scan tarar from start algorithm; jump_search_4 blocks: 4 algorithm; binary_search halve interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة؛ خَوَارِزْمِيَّة jump_search_4 blocks مِنْ 4؛ خَوَارِزْمِيَّة binary_search halve الـ فَاصِل.
مَصْفُوفَة:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 59.
fewest comparisons مَاذَا؟

Ალგორითმი: backward_scan scan from დასასრული ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი; jump_search_4 blocks of 4 ალგორითმი; binary_search ანახევრებს დაშორება ალგორითმი.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 59.
Fewest comparisons რა?

Hātepe: hātepe backward_scan matawai from hikutau; hātepe forward_scan matawai from tīmatanga; hātepe jump_search_4 blocks o 4; hātepe binary_search weherua te mokowā.
Tūtohi tukutuku:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: tatau pūmotu comparisons.
Target: 59.
Fewest comparisons unutai?

Thuật toán: backward_scan thuật toán scan từ chóp; forward_scan thuật toán scan từ bắt đầu; jump_search_4 thuật toán blocks bằng 4; binary_search thuật toán halve the interval.
Mảng:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: đếm yếu tố comparisons.
Bia: 59.
Fewest comparisons gì?

ขั้นตอนวิธี:backward_scanขั้นตอนวิธีสแกนจากจบ; forward_scanขั้นตอนวิธีสแกนจากเริ่ม; jump_search_4ขั้นตอนวิธีblocksของ:4; binary_searchขั้นตอนวิธีhalveช่วง.
array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:59.
fewest comparisonsอะไร?

algorithms: backward_scan scan இருந்து முடி algorithm; forward_scan scan இருந்து தொடக்கம் algorithm; jump_search_4 blocks கொண்ட 4 algorithm; binary_search halve இடைவெளி algorithm.
array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
cost model: எண்ணு element comparisons.
target: 59.
fewest comparisons என்ன?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks ya: 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons nini?

Algorithms: backward_scan scan from end algorithm; forward_scan scan from start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 59.
Fewest comparisons haʼátʼíísh?

Algorithms: backward_scan scan from end algorithm; forward_scan scan from start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: kisitsivoq element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks bilong 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Alahikàn: 59.
Fewest comparisons kwèch?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: лархӏа element comparisons.
Target: 59.
Fewest comparisons фу?

알고리즘: backward_scan 스캔하다 부터 끝 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘; jump_search_4 blocks...의 4 알고리즘; binary_search 이등분하다 간격 알고리즘.
배열:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
cost model: 세다 요소 comparisons.
과녁: 59.
fewest comparisons 무엇?

Algorithms: backward_scan scan from amai algorithm; forward_scan scan from start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve the tarte algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons zer?

Algorithms: backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 59.
What fewest comparisons?

Algorithms: backward_scan algorithm scan from usay; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: yupay element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan scan from end algorithm; forward_scan scan from start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons сыд?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons ining-jak?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from malichi; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons nanta?

Algorithms: backward_scan scan wa end algorithm; forward_scan scan wa start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons híli?

Algorithms: backward_scan scan from end algorithm; forward_scan scan from start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan scan from end algorithm; forward_scan scan from start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan scan from end algorithm; forward_scan scan from start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan scan from end algorithm; forward_scan scan from start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve ne interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons tay?

Algorithmes : backward_scan algorithme scanner de fin ; forward_scan algorithme scanner de départ ; jump_search_4 algorithme blocks de 4 ; binary_search algorithme halve l'intervalle.
Tableau :
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Coûts : compter élément comparisons.
Cible : 59.
Quoi fewest comparisons ?

Algoritmo: backward_scan algoritmo skani el fino; forward_scan algoritmo skani el eko; jump_search_4 algoritmo blocks de 4; binary_search algoritmo halve intertempo.
Tabelo:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 59.
Fewest comparisons kio?

Algoritmusok: backward_scan algoritmus szkennel from vég; forward_scan algoritmus szkennel from kezdet; jump_search_4 algoritmus blocks of 4; binary_search algoritmus felez a köz.
Tömb:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Költség manöken: számol elem comparisons.
Céltábla: 59.
Fewest comparisons melyik?

algorithms:backward_scanalgorithmscan從end; forward_scanalgorithmscan從開始; jump_search_4algorithmblocks...嘅:4; binary_searchalgorithmhalveinterval.
array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
cost model:count要素comparisons.
target:59.
fewest comparisons乜嘢?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Алгоритм: backward_scan алгоритм scan from end; forward_scan алгоритм scan from бас; jump_search_4 алгоритм blocks туралы 4; binary_search алгоритм halve interval.
Жиым:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Тұру үлгі: санау элемент comparisons.
Нысана: 59.
Fewest comparisons не?

אַלגוֹרִיתְם: backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה; jump_search_4 אַלגוֹרִיתְם blocks שֶׁל 4; binary_search אַלגוֹרִיתְם חָצָה ה־ interval.
מַעֲרָךְ:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 59.
איזה fewest comparisons?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algoritme-algoritme: backward_scan algoritme memindai from akhir; forward_scan algoritme memindai from menjalankan; jump_search_4 algoritme blocks dari 4; binary_search algoritme halve si lat.
Jajaran:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: menghitung element comparisons.
Target: 59.
Fewest comparisons apa?

algorithms:backward_scanalgorithmscanពីចុង; forward_scanalgorithmscanពីstart; jump_search_4algorithmblocksនៃ:4; binary_searchalgorithmhalve the interval.
array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:59.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ; forward_scanຂັ້ນຕອນວິທີscanຈາກstart; jump_search_4ຂັ້ນຕອນວິທີblocksຂອງ:4; binary_searchຂັ້ນຕອນວິທີhalveinterval.
array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:59.
fewest comparisonsຫຍັງ?

algorithms: backward_scan scan from end algorithm; forward_scan scan from ఆరంభము algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm.
array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
cost model: లెక్కించు మూలకము comparisons.
target: 59.
fewest comparisons ఏమిటి?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
What fewest comparisons?

Algorithms: backward_scan scan from end algorithm; forward_scan scan from start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
cost model: count element comparisons.
target: 59.
fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from bigin; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; forward_scan algorithm scan from start; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Target: 59.
Fewest comparisons what?

Algorithms: backward_scan scan from end algorithm; forward_scan scan from start algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm.
Array:
  - 5
  - 9
  - 24
  - 31
  - 35
  - 38
  - 39
  - 41
  - 59
Cost model: count element comparisons.
Лишан: 59.
Fewest comparisons вуч?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve the interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Costs: count element comparisons.
Target: 2.
What is the fewest comparisons?

Los algoritmos son: forward_scan el algoritmo escanear from el inicio; jump_search_3 el algoritmo bloquea: 3; binary_search el algoritmo halve el interval; backward_scan el algoritmo escanear from end.
El arreglo es:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Costes: count el elemento comparisons.
El objetivo es 2.
¿Qué fewest comparisons?

算法如下：forward_scan的算法是扫描from的起点是；jump_search_3的算法是阻挡的：3；binary_search的算法是halve这interval；backward_scan的算法是扫描fromend。
数组是：
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
代价模型如下：count的元素是comparisons。
目标值是2。
fewest comparisons什么？

Algorithms: forward_scan tarar from start algorithm; jump_search_3 blocks: 3 algorithm; binary_search halve interval algorithm; backward_scan tarar from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons ne?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks ya: 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons nini?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve the interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Costs: count element comparisons.
Target: 2.
What is the fewest comparisons?

{algorithms: [(algorithm forward_scan (scan_from_start)) (algorithm jump_search_3 (blocks_of 3)) (algorithm binary_search (halve_the_interval)) (algorithm backward_scan (scan_from_end))], array: [2 5 6 7 10 20 26 31 47], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 2}

Algorithmen: forward_scan Algorithmus scannen von Beginn; jump_search_3 Algorithmus blocks aus 3; binary_search Algorithmus halbieren der Abstand; backward_scan Algorithmus scannen von Ende.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Kosten: zählen Element comparisons.
Zielscheibe: 2.
Was fewest comparisons?

Алгорѝтам: forward_scan алгорѝтам skenirati из почетак; jump_search_3 алгорѝтам blocks od 3; binary_search алгорѝтам popoliviti interval; backward_scan алгорѝтам skenirati из крај.
Ни̑з:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 2.
Fewest comparisons kakav?

Algoritmit: forward_scan algoritmi skannata from alku; jump_search_3 algoritmi blocks vaille 3; binary_search algoritmi puolittaa välimatka; backward_scan algoritmi skannata from pää.
Taulukko:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Kustannus malli: laskea perusosa comparisons.
Maali: 2.
Mikä fewest comparisons?

算法如下：forward_scan的算法是扫描from的起点是；jump_search_3的算法是阻挡的：3；binary_search的算法是halve这interval；backward_scan的算法是扫描fromend。
数组是：
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
代价模型如下：count的元素是comparisons。
目标值是2。
fewest comparisons什么？

アルゴリズム:forward_scanスキャンするから開始アルゴリズム; jump_search_3blocksの中の:3アルゴリズム; binary_searchhalve間隔アルゴリズム; backward_scanスキャンするから終了アルゴリズム.
配列:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
費用モデル:数える要素comparisons.
標的:2.
fewest comparisons何と?

Algorithms: forward_scan tarar from start algorithm; jump_search_3 blocks: 3 algorithm; binary_search halve interval algorithm; backward_scan tarar from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة؛ خَوَارِزْمِيَّة jump_search_3 blocks مِنْ 3؛ خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة.
مَصْفُوفَة:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 2.
fewest comparisons مَاذَا؟

Ალგორითმი: forward_scan scan from დასაწყისი ალგორითმი; jump_search_3 blocks of 3 ალგორითმი; binary_search ანახევრებს დაშორება ალგორითმი; backward_scan scan from დასასრული ალგორითმი.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 2.
Fewest comparisons რა?

Hātepe: hātepe forward_scan matawai from tīmatanga; hātepe jump_search_3 blocks o 3; hātepe binary_search weherua te mokowā; hātepe backward_scan matawai from hikutau.
Tūtohi tukutuku:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: tatau pūmotu comparisons.
Target: 2.
Fewest comparisons unutai?

Thuật toán: forward_scan thuật toán scan từ bắt đầu; jump_search_3 thuật toán blocks bằng 3; binary_search thuật toán halve the interval; backward_scan thuật toán scan từ chóp.
Mảng:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: đếm yếu tố comparisons.
Bia: 2.
Fewest comparisons gì?

ขั้นตอนวิธี:forward_scanขั้นตอนวิธีสแกนจากเริ่ม; jump_search_3ขั้นตอนวิธีblocksของ:3; binary_searchขั้นตอนวิธีhalveช่วง; backward_scanขั้นตอนวิธีสแกนจากจบ.
array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:2.
fewest comparisonsอะไร?

algorithms: forward_scan scan இருந்து தொடக்கம் algorithm; jump_search_3 blocks கொண்ட 3 algorithm; binary_search halve இடைவெளி algorithm; backward_scan scan இருந்து முடி algorithm.
array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
cost model: எண்ணு element comparisons.
target: 2.
fewest comparisons என்ன?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks ya: 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons nini?

Algorithms: forward_scan scan from start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 2.
Fewest comparisons haʼátʼíísh?

Algorithms: forward_scan scan from start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: kisitsivoq element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks bilong 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Alahikàn: 2.
Fewest comparisons kwèch?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: лархӏа element comparisons.
Target: 2.
Fewest comparisons фу?

알고리즘: forward_scan 스캔하다 부터 처음 알고리즘; jump_search_3 blocks...의 3 알고리즘; binary_search 이등분하다 간격 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘.
배열:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
cost model: 세다 요소 comparisons.
과녁: 2.
fewest comparisons 무엇?

Algorithms: forward_scan scan from start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve the tarte algorithm; backward_scan scan from amai algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons zer?

Algorithms: forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 2.
What fewest comparisons?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from usay.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: yupay element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons сыд?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons ining-jak?

Algorithms: forward_scan algorithm scan from malichi; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons nanta?

Algorithms: forward_scan scan wa start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan wa end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons híli?

Algorithms: forward_scan scan from start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve the interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve the interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve ne interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons tay?

Algorithmes : forward_scan algorithme scanner de départ ; jump_search_3 algorithme blocks de 3 ; binary_search algorithme halve l'intervalle ; backward_scan algorithme scanner de fin.
Tableau :
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Coûts : compter élément comparisons.
Cible : 2.
Quoi fewest comparisons ?

Algoritmo: forward_scan algoritmo skani el eko; jump_search_3 algoritmo blocks de 3; binary_search algoritmo halve intertempo; backward_scan algoritmo skani el fino.
Tabelo:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 2.
Fewest comparisons kio?

Algoritmusok: forward_scan algoritmus szkennel from kezdet; jump_search_3 algoritmus blocks of 3; binary_search algoritmus felez a köz; backward_scan algoritmus szkennel from vég.
Tömb:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Költség manöken: számol elem comparisons.
Céltábla: 2.
Fewest comparisons melyik?

algorithms:forward_scanalgorithmscan從開始; jump_search_3algorithmblocks...嘅:3; binary_searchalgorithmhalveinterval; backward_scanalgorithmscan從end.
array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
cost model:count要素comparisons.
target:2.
fewest comparisons乜嘢?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Алгоритм: forward_scan алгоритм scan from бас; jump_search_3 алгоритм blocks туралы 3; binary_search алгоритм halve interval; backward_scan алгоритм scan from end.
Жиым:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Тұру үлгі: санау элемент comparisons.
Нысана: 2.
Fewest comparisons не?

אַלגוֹרִיתְם: forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה; jump_search_3 אַלגוֹרִיתְם blocks שֶׁל 3; binary_search אַלגוֹרִיתְם חָצָה ה־ interval; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף.
מַעֲרָךְ:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 2.
איזה fewest comparisons?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algoritme-algoritme: forward_scan algoritme memindai from menjalankan; jump_search_3 algoritme blocks dari 3; binary_search algoritme halve si lat; backward_scan algoritme memindai from akhir.
Jajaran:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: menghitung element comparisons.
Target: 2.
Fewest comparisons apa?

algorithms:forward_scanalgorithmscanពីstart; jump_search_3algorithmblocksនៃ:3; binary_searchalgorithmhalve the interval; backward_scanalgorithmscanពីចុង.
array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:2.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:forward_scanຂັ້ນຕອນວິທີscanຈາກstart; jump_search_3ຂັ້ນຕອນວິທີblocksຂອງ:3; binary_searchຂັ້ນຕອນວິທີhalveinterval; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ.
array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:2.
fewest comparisonsຫຍັງ?

algorithms: forward_scan scan from ఆరంభము algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
cost model: లెక్కించు మూలకము comparisons.
target: 2.
fewest comparisons ఏమిటి?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
What fewest comparisons?

Algorithms: forward_scan scan from start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
cost model: count element comparisons.
target: 2.
fewest comparisons what?

Algorithms: forward_scan algorithm scan from bigin; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Target: 2.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 2
  - 5
  - 6
  - 7
  - 10
  - 20
  - 26
  - 31
  - 47
Cost model: count element comparisons.
Лишан: 2.
Fewest comparisons вуч?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Costs: count element comparisons.
Target: 51.
What is the fewest comparisons?

Los algoritmos son: jump_search_4 el algoritmo bloquea: 4; binary_search el algoritmo halve el interval; backward_scan el algoritmo escanear from end; forward_scan el algoritmo escanear from el inicio.
El arreglo es:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Costes: count el elemento comparisons.
El objetivo es 51.
¿Qué fewest comparisons?

算法如下：jump_search_4的算法是阻挡的：4；binary_search的算法是halve这interval；backward_scan的算法是扫描fromend；forward_scan的算法是扫描from的起点是。
数组是：
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
代价模型如下：count的元素是comparisons。
目标值是51。
fewest comparisons什么？

Algorithms: jump_search_4 blocks: 4 algorithm; binary_search halve interval algorithm; backward_scan tarar from end algorithm; forward_scan tarar from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons ne?

Algorithms: jump_search_4 algorithm blocks ya: 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons nini?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Costs: count element comparisons.
Target: 51.
What is the fewest comparisons?

{algorithms: [(algorithm jump_search_4 (blocks_of 4)) (algorithm binary_search (halve_the_interval)) (algorithm backward_scan (scan_from_end)) (algorithm forward_scan (scan_from_start))], array: [2 16 17 23 30 34 42 45 48 51 54 58], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 51}

Algorithmen: jump_search_4 Algorithmus blocks aus 4; binary_search Algorithmus halbieren der Abstand; backward_scan Algorithmus scannen von Ende; forward_scan Algorithmus scannen von Beginn.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Kosten: zählen Element comparisons.
Zielscheibe: 51.
Was fewest comparisons?

Алгорѝтам: jump_search_4 алгорѝтам blocks od 4; binary_search алгорѝтам popoliviti interval; backward_scan алгорѝтам skenirati из крај; forward_scan алгорѝтам skenirati из почетак.
Ни̑з:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 51.
Fewest comparisons kakav?

Algoritmit: jump_search_4 algoritmi blocks vaille 4; binary_search algoritmi puolittaa välimatka; backward_scan algoritmi skannata from pää; forward_scan algoritmi skannata from alku.
Taulukko:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Kustannus malli: laskea perusosa comparisons.
Maali: 51.
Mikä fewest comparisons?

算法如下：jump_search_4的算法是阻挡的：4；binary_search的算法是halve这interval；backward_scan的算法是扫描fromend；forward_scan的算法是扫描from的起点是。
数组是：
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
代价模型如下：count的元素是comparisons。
目标值是51。
fewest comparisons什么？

アルゴリズム:jump_search_4blocksの中の:4アルゴリズム; binary_searchhalve間隔アルゴリズム; backward_scanスキャンするから終了アルゴリズム; forward_scanスキャンするから開始アルゴリズム.
配列:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
費用モデル:数える要素comparisons.
標的:51.
fewest comparisons何と?

Algorithms: jump_search_4 blocks: 4 algorithm; binary_search halve interval algorithm; backward_scan tarar from end algorithm; forward_scan tarar from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة jump_search_4 blocks مِنْ 4؛ خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة.
مَصْفُوفَة:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 51.
fewest comparisons مَاذَا؟

Ალგორითმი: jump_search_4 blocks of 4 ალგორითმი; binary_search ანახევრებს დაშორება ალგორითმი; backward_scan scan from დასასრული ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 51.
Fewest comparisons რა?

Hātepe: hātepe jump_search_4 blocks o 4; hātepe binary_search weherua te mokowā; hātepe backward_scan matawai from hikutau; hātepe forward_scan matawai from tīmatanga.
Tūtohi tukutuku:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: tatau pūmotu comparisons.
Target: 51.
Fewest comparisons unutai?

Thuật toán: jump_search_4 thuật toán blocks bằng 4; binary_search thuật toán halve the interval; backward_scan thuật toán scan từ chóp; forward_scan thuật toán scan từ bắt đầu.
Mảng:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: đếm yếu tố comparisons.
Bia: 51.
Fewest comparisons gì?

ขั้นตอนวิธี:jump_search_4ขั้นตอนวิธีblocksของ:4; binary_searchขั้นตอนวิธีhalveช่วง; backward_scanขั้นตอนวิธีสแกนจากจบ; forward_scanขั้นตอนวิธีสแกนจากเริ่ม.
array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:51.
fewest comparisonsอะไร?

algorithms: jump_search_4 blocks கொண்ட 4 algorithm; binary_search halve இடைவெளி algorithm; backward_scan scan இருந்து முடி algorithm; forward_scan scan இருந்து தொடக்கம் algorithm.
array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
cost model: எண்ணு element comparisons.
target: 51.
fewest comparisons என்ன?

Algorithms: jump_search_4 algorithm blocks ya: 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons nini?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 51.
Fewest comparisons haʼátʼíísh?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: kisitsivoq element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks bilong 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Alahikàn: 51.
Fewest comparisons kwèch?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: лархӏа element comparisons.
Target: 51.
Fewest comparisons фу?

알고리즘: jump_search_4 blocks...의 4 알고리즘; binary_search 이등분하다 간격 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘.
배열:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
cost model: 세다 요소 comparisons.
과녁: 51.
fewest comparisons 무엇?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve the tarte algorithm; backward_scan scan from amai algorithm; forward_scan scan from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons zer?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 51.
What fewest comparisons?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from usay; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: yupay element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons сыд?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons ining-jak?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from malichi.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons nanta?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan wa end algorithm; forward_scan scan wa start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons híli?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve ne interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons tay?

Algorithmes : jump_search_4 algorithme blocks de 4 ; binary_search algorithme halve l'intervalle ; backward_scan algorithme scanner de fin ; forward_scan algorithme scanner de départ.
Tableau :
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Coûts : compter élément comparisons.
Cible : 51.
Quoi fewest comparisons ?

Algoritmo: jump_search_4 algoritmo blocks de 4; binary_search algoritmo halve intertempo; backward_scan algoritmo skani el fino; forward_scan algoritmo skani el eko.
Tabelo:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 51.
Fewest comparisons kio?

Algoritmusok: jump_search_4 algoritmus blocks of 4; binary_search algoritmus felez a köz; backward_scan algoritmus szkennel from vég; forward_scan algoritmus szkennel from kezdet.
Tömb:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Költség manöken: számol elem comparisons.
Céltábla: 51.
Fewest comparisons melyik?

algorithms:jump_search_4algorithmblocks...嘅:4; binary_searchalgorithmhalveinterval; backward_scanalgorithmscan從end; forward_scanalgorithmscan從開始.
array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
cost model:count要素comparisons.
target:51.
fewest comparisons乜嘢?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Алгоритм: jump_search_4 алгоритм blocks туралы 4; binary_search алгоритм halve interval; backward_scan алгоритм scan from end; forward_scan алгоритм scan from бас.
Жиым:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Тұру үлгі: санау элемент comparisons.
Нысана: 51.
Fewest comparisons не?

אַלגוֹרִיתְם: jump_search_4 אַלגוֹרִיתְם blocks שֶׁל 4; binary_search אַלגוֹרִיתְם חָצָה ה־ interval; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה.
מַעֲרָךְ:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 51.
איזה fewest comparisons?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algoritme-algoritme: jump_search_4 algoritme blocks dari 4; binary_search algoritme halve si lat; backward_scan algoritme memindai from akhir; forward_scan algoritme memindai from menjalankan.
Jajaran:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: menghitung element comparisons.
Target: 51.
Fewest comparisons apa?

algorithms:jump_search_4algorithmblocksនៃ:4; binary_searchalgorithmhalve the interval; backward_scanalgorithmscanពីចុង; forward_scanalgorithmscanពីstart.
array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:51.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:jump_search_4ຂັ້ນຕອນວິທີblocksຂອງ:4; binary_searchຂັ້ນຕອນວິທີhalveinterval; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ; forward_scanຂັ້ນຕອນວິທີscanຈາກstart.
array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:51.
fewest comparisonsຫຍັງ?

algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from ఆరంభము algorithm.
array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
cost model: లెక్కించు మూలకము comparisons.
target: 51.
fewest comparisons ఏమిటి?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
What fewest comparisons?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
cost model: count element comparisons.
target: 51.
fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from bigin.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Target: 51.
Fewest comparisons what?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 2
  - 16
  - 17
  - 23
  - 30
  - 34
  - 42
  - 45
  - 48
  - 51
  - 54
  - 58
Cost model: count element comparisons.
Лишан: 51.
Fewest comparisons вуч?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve the interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Costs: count element comparisons.
Target: 38.
What is the fewest comparisons?

Los algoritmos son: forward_scan el algoritmo escanear from el inicio; jump_search_2 el algoritmo bloquea: 2; binary_search el algoritmo halve el interval; backward_scan el algoritmo escanear from end.
El arreglo es:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Costes: count el elemento comparisons.
El objetivo es 38.
¿Qué fewest comparisons?

算法如下：forward_scan的算法是扫描from的起点是；jump_search_2的算法是阻挡的：2；binary_search的算法是halve这interval；backward_scan的算法是扫描fromend。
数组是：
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
代价模型如下：count的元素是comparisons。
目标值是38。
fewest comparisons什么？

Algorithms: forward_scan tarar from start algorithm; jump_search_2 blocks: 2 algorithm; binary_search halve interval algorithm; backward_scan tarar from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons ne?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks ya: 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons nini?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve the interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Costs: count element comparisons.
Target: 38.
What is the fewest comparisons?

{algorithms: [(algorithm forward_scan (scan_from_start)) (algorithm jump_search_2 (blocks_of 2)) (algorithm binary_search (halve_the_interval)) (algorithm backward_scan (scan_from_end))], array: [1 3 6 10 17 21 24 31 32 37 38 43 49 53], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 38}

Algorithmen: forward_scan Algorithmus scannen von Beginn; jump_search_2 Algorithmus blocks aus 2; binary_search Algorithmus halbieren der Abstand; backward_scan Algorithmus scannen von Ende.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Kosten: zählen Element comparisons.
Zielscheibe: 38.
Was fewest comparisons?

Алгорѝтам: forward_scan алгорѝтам skenirati из почетак; jump_search_2 алгорѝтам blocks od 2; binary_search алгорѝтам popoliviti interval; backward_scan алгорѝтам skenirati из крај.
Ни̑з:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 38.
Fewest comparisons kakav?

Algoritmit: forward_scan algoritmi skannata from alku; jump_search_2 algoritmi blocks vaille 2; binary_search algoritmi puolittaa välimatka; backward_scan algoritmi skannata from pää.
Taulukko:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Kustannus malli: laskea perusosa comparisons.
Maali: 38.
Mikä fewest comparisons?

算法如下：forward_scan的算法是扫描from的起点是；jump_search_2的算法是阻挡的：2；binary_search的算法是halve这interval；backward_scan的算法是扫描fromend。
数组是：
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
代价模型如下：count的元素是comparisons。
目标值是38。
fewest comparisons什么？

アルゴリズム:forward_scanスキャンするから開始アルゴリズム; jump_search_2blocksの中の:2アルゴリズム; binary_searchhalve間隔アルゴリズム; backward_scanスキャンするから終了アルゴリズム.
配列:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
費用モデル:数える要素comparisons.
標的:38.
fewest comparisons何と?

Algorithms: forward_scan tarar from start algorithm; jump_search_2 blocks: 2 algorithm; binary_search halve interval algorithm; backward_scan tarar from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة؛ خَوَارِزْمِيَّة jump_search_2 blocks مِنْ 2؛ خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة.
مَصْفُوفَة:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 38.
fewest comparisons مَاذَا؟

Ალგორითმი: forward_scan scan from დასაწყისი ალგორითმი; jump_search_2 blocks of 2 ალგორითმი; binary_search ანახევრებს დაშორება ალგორითმი; backward_scan scan from დასასრული ალგორითმი.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 38.
Fewest comparisons რა?

Hātepe: hātepe forward_scan matawai from tīmatanga; hātepe jump_search_2 blocks o 2; hātepe binary_search weherua te mokowā; hātepe backward_scan matawai from hikutau.
Tūtohi tukutuku:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: tatau pūmotu comparisons.
Target: 38.
Fewest comparisons unutai?

Thuật toán: forward_scan thuật toán scan từ bắt đầu; jump_search_2 thuật toán blocks bằng 2; binary_search thuật toán halve the interval; backward_scan thuật toán scan từ chóp.
Mảng:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: đếm yếu tố comparisons.
Bia: 38.
Fewest comparisons gì?

ขั้นตอนวิธี:forward_scanขั้นตอนวิธีสแกนจากเริ่ม; jump_search_2ขั้นตอนวิธีblocksของ:2; binary_searchขั้นตอนวิธีhalveช่วง; backward_scanขั้นตอนวิธีสแกนจากจบ.
array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:38.
fewest comparisonsอะไร?

algorithms: forward_scan scan இருந்து தொடக்கம் algorithm; jump_search_2 blocks கொண்ட 2 algorithm; binary_search halve இடைவெளி algorithm; backward_scan scan இருந்து முடி algorithm.
array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
cost model: எண்ணு element comparisons.
target: 38.
fewest comparisons என்ன?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks ya: 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons nini?

Algorithms: forward_scan scan from start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 38.
Fewest comparisons haʼátʼíísh?

Algorithms: forward_scan scan from start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: kisitsivoq element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks bilong 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Alahikàn: 38.
Fewest comparisons kwèch?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: лархӏа element comparisons.
Target: 38.
Fewest comparisons фу?

알고리즘: forward_scan 스캔하다 부터 처음 알고리즘; jump_search_2 blocks...의 2 알고리즘; binary_search 이등분하다 간격 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘.
배열:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
cost model: 세다 요소 comparisons.
과녁: 38.
fewest comparisons 무엇?

Algorithms: forward_scan scan from start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve the tarte algorithm; backward_scan scan from amai algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons zer?

Algorithms: forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 38.
What fewest comparisons?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from usay.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: yupay element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons сыд?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons ining-jak?

Algorithms: forward_scan algorithm scan from malichi; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons nanta?

Algorithms: forward_scan scan wa start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; backward_scan scan wa end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons híli?

Algorithms: forward_scan scan from start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve the interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve the interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve ne interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons tay?

Algorithmes : forward_scan algorithme scanner de départ ; jump_search_2 algorithme blocks de 2 ; binary_search algorithme halve l'intervalle ; backward_scan algorithme scanner de fin.
Tableau :
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Coûts : compter élément comparisons.
Cible : 38.
Quoi fewest comparisons ?

Algoritmo: forward_scan algoritmo skani el eko; jump_search_2 algoritmo blocks de 2; binary_search algoritmo halve intertempo; backward_scan algoritmo skani el fino.
Tabelo:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 38.
Fewest comparisons kio?

Algoritmusok: forward_scan algoritmus szkennel from kezdet; jump_search_2 algoritmus blocks of 2; binary_search algoritmus felez a köz; backward_scan algoritmus szkennel from vég.
Tömb:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Költség manöken: számol elem comparisons.
Céltábla: 38.
Fewest comparisons melyik?

algorithms:forward_scanalgorithmscan從開始; jump_search_2algorithmblocks...嘅:2; binary_searchalgorithmhalveinterval; backward_scanalgorithmscan從end.
array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
cost model:count要素comparisons.
target:38.
fewest comparisons乜嘢?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Алгоритм: forward_scan алгоритм scan from бас; jump_search_2 алгоритм blocks туралы 2; binary_search алгоритм halve interval; backward_scan алгоритм scan from end.
Жиым:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Тұру үлгі: санау элемент comparisons.
Нысана: 38.
Fewest comparisons не?

אַלגוֹרִיתְם: forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה; jump_search_2 אַלגוֹרִיתְם blocks שֶׁל 2; binary_search אַלגוֹרִיתְם חָצָה ה־ interval; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף.
מַעֲרָךְ:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 38.
איזה fewest comparisons?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algoritme-algoritme: forward_scan algoritme memindai from menjalankan; jump_search_2 algoritme blocks dari 2; binary_search algoritme halve si lat; backward_scan algoritme memindai from akhir.
Jajaran:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: menghitung element comparisons.
Target: 38.
Fewest comparisons apa?

algorithms:forward_scanalgorithmscanពីstart; jump_search_2algorithmblocksនៃ:2; binary_searchalgorithmhalve the interval; backward_scanalgorithmscanពីចុង.
array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:38.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:forward_scanຂັ້ນຕອນວິທີscanຈາກstart; jump_search_2ຂັ້ນຕອນວິທີblocksຂອງ:2; binary_searchຂັ້ນຕອນວິທີhalveinterval; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ.
array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:38.
fewest comparisonsຫຍັງ?

algorithms: forward_scan scan from ఆరంభము algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
cost model: లెక్కించు మూలకము comparisons.
target: 38.
fewest comparisons ఏమిటి?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
What fewest comparisons?

Algorithms: forward_scan scan from start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
cost model: count element comparisons.
target: 38.
fewest comparisons what?

Algorithms: forward_scan algorithm scan from bigin; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan algorithm scan from start; jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; backward_scan algorithm scan from end.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Target: 38.
Fewest comparisons what?

Algorithms: forward_scan scan from start algorithm; jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm.
Array:
  - 1
  - 3
  - 6
  - 10
  - 17
  - 21
  - 24
  - 31
  - 32
  - 37
  - 38
  - 43
  - 49
  - 53
Cost model: count element comparisons.
Лишан: 38.
Fewest comparisons вуч?

Algorithms: binary_search algorithm halve the interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Costs: count element comparisons.
Target: 4.
What is the fewest comparisons?

Los algoritmos son: binary_search el algoritmo halve el interval; backward_scan el algoritmo escanear from end; jump_search_2 el algoritmo bloquea: 2; forward_scan el algoritmo escanear from el inicio.
El arreglo es:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Costes: count el elemento comparisons.
El objetivo es 4.
¿Qué fewest comparisons?

算法如下：binary_search的算法是halve这interval；backward_scan的算法是扫描fromend；jump_search_2的算法是阻挡的：2；forward_scan的算法是扫描from的起点是。
数组是：
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
代价模型如下：count的元素是comparisons。
目标值是4。
fewest comparisons什么？

Algorithms: binary_search halve interval algorithm; backward_scan tarar from end algorithm; jump_search_2 blocks: 2 algorithm; forward_scan tarar from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons ne?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks ya: 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons nini?

Algorithms: binary_search algorithm halve the interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Costs: count element comparisons.
Target: 4.
What is the fewest comparisons?

{algorithms: [(algorithm binary_search (halve_the_interval)) (algorithm backward_scan (scan_from_end)) (algorithm jump_search_2 (blocks_of 2)) (algorithm forward_scan (scan_from_start))], array: [4 5 7 10 24 26 35 38 42 53], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 4}

Algorithmen: binary_search Algorithmus halbieren der Abstand; backward_scan Algorithmus scannen von Ende; jump_search_2 Algorithmus blocks aus 2; forward_scan Algorithmus scannen von Beginn.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Kosten: zählen Element comparisons.
Zielscheibe: 4.
Was fewest comparisons?

Алгорѝтам: binary_search алгорѝтам popoliviti interval; backward_scan алгорѝтам skenirati из крај; jump_search_2 алгорѝтам blocks od 2; forward_scan алгорѝтам skenirati из почетак.
Ни̑з:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 4.
Fewest comparisons kakav?

Algoritmit: binary_search algoritmi puolittaa välimatka; backward_scan algoritmi skannata from pää; jump_search_2 algoritmi blocks vaille 2; forward_scan algoritmi skannata from alku.
Taulukko:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Kustannus malli: laskea perusosa comparisons.
Maali: 4.
Mikä fewest comparisons?

算法如下：binary_search的算法是halve这interval；backward_scan的算法是扫描fromend；jump_search_2的算法是阻挡的：2；forward_scan的算法是扫描from的起点是。
数组是：
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
代价模型如下：count的元素是comparisons。
目标值是4。
fewest comparisons什么？

アルゴリズム:binary_searchhalve間隔アルゴリズム; backward_scanスキャンするから終了アルゴリズム; jump_search_2blocksの中の:2アルゴリズム; forward_scanスキャンするから開始アルゴリズム.
配列:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
費用モデル:数える要素comparisons.
標的:4.
fewest comparisons何と?

Algorithms: binary_search halve interval algorithm; backward_scan tarar from end algorithm; jump_search_2 blocks: 2 algorithm; forward_scan tarar from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة؛ خَوَارِزْمِيَّة jump_search_2 blocks مِنْ 2؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة.
مَصْفُوفَة:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 4.
fewest comparisons مَاذَا؟

Ალგორითმი: binary_search ანახევრებს დაშორება ალგორითმი; backward_scan scan from დასასრული ალგორითმი; jump_search_2 blocks of 2 ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 4.
Fewest comparisons რა?

Hātepe: hātepe binary_search weherua te mokowā; hātepe backward_scan matawai from hikutau; hātepe jump_search_2 blocks o 2; hātepe forward_scan matawai from tīmatanga.
Tūtohi tukutuku:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: tatau pūmotu comparisons.
Target: 4.
Fewest comparisons unutai?

Thuật toán: binary_search thuật toán halve the interval; backward_scan thuật toán scan từ chóp; jump_search_2 thuật toán blocks bằng 2; forward_scan thuật toán scan từ bắt đầu.
Mảng:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: đếm yếu tố comparisons.
Bia: 4.
Fewest comparisons gì?

ขั้นตอนวิธี:binary_searchขั้นตอนวิธีhalveช่วง; backward_scanขั้นตอนวิธีสแกนจากจบ; jump_search_2ขั้นตอนวิธีblocksของ:2; forward_scanขั้นตอนวิธีสแกนจากเริ่ม.
array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:4.
fewest comparisonsอะไร?

algorithms: binary_search halve இடைவெளி algorithm; backward_scan scan இருந்து முடி algorithm; jump_search_2 blocks கொண்ட 2 algorithm; forward_scan scan இருந்து தொடக்கம் algorithm.
array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
cost model: எண்ணு element comparisons.
target: 4.
fewest comparisons என்ன?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks ya: 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons nini?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 4.
Fewest comparisons haʼátʼíísh?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: kisitsivoq element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks bilong 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Alahikàn: 4.
Fewest comparisons kwèch?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: лархӏа element comparisons.
Target: 4.
Fewest comparisons фу?

알고리즘: binary_search 이등분하다 간격 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘; jump_search_2 blocks...의 2 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘.
배열:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
cost model: 세다 요소 comparisons.
과녁: 4.
fewest comparisons 무엇?

Algorithms: binary_search halve the tarte algorithm; backward_scan scan from amai algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons zer?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 4.
What fewest comparisons?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from usay; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: yupay element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search halve the interval algorithm; backward_scan scan from end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons сыд?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons ining-jak?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from malichi.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons nanta?

Algorithms: binary_search halve interval algorithm; backward_scan scan wa end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan wa start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons híli?

Algorithms: binary_search halve the interval algorithm; backward_scan scan from end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve the interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve the interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve ne interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons tay?

Algorithmes : binary_search algorithme halve l'intervalle ; backward_scan algorithme scanner de fin ; jump_search_2 algorithme blocks de 2 ; forward_scan algorithme scanner de départ.
Tableau :
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Coûts : compter élément comparisons.
Cible : 4.
Quoi fewest comparisons ?

Algoritmo: binary_search algoritmo halve intertempo; backward_scan algoritmo skani el fino; jump_search_2 algoritmo blocks de 2; forward_scan algoritmo skani el eko.
Tabelo:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 4.
Fewest comparisons kio?

Algoritmusok: binary_search algoritmus felez a köz; backward_scan algoritmus szkennel from vég; jump_search_2 algoritmus blocks of 2; forward_scan algoritmus szkennel from kezdet.
Tömb:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Költség manöken: számol elem comparisons.
Céltábla: 4.
Fewest comparisons melyik?

algorithms:binary_searchalgorithmhalveinterval; backward_scanalgorithmscan從end; jump_search_2algorithmblocks...嘅:2; forward_scanalgorithmscan從開始.
array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
cost model:count要素comparisons.
target:4.
fewest comparisons乜嘢?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Алгоритм: binary_search алгоритм halve interval; backward_scan алгоритм scan from end; jump_search_2 алгоритм blocks туралы 2; forward_scan алгоритм scan from бас.
Жиым:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Тұру үлгі: санау элемент comparisons.
Нысана: 4.
Fewest comparisons не?

אַלגוֹרִיתְם: binary_search אַלגוֹרִיתְם חָצָה ה־ interval; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף; jump_search_2 אַלגוֹרִיתְם blocks שֶׁל 2; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה.
מַעֲרָךְ:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 4.
איזה fewest comparisons?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algoritme-algoritme: binary_search algoritme halve si lat; backward_scan algoritme memindai from akhir; jump_search_2 algoritme blocks dari 2; forward_scan algoritme memindai from menjalankan.
Jajaran:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: menghitung element comparisons.
Target: 4.
Fewest comparisons apa?

algorithms:binary_searchalgorithmhalve the interval; backward_scanalgorithmscanពីចុង; jump_search_2algorithmblocksនៃ:2; forward_scanalgorithmscanពីstart.
array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:4.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:binary_searchຂັ້ນຕອນວິທີhalveinterval; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ; jump_search_2ຂັ້ນຕອນວິທີblocksຂອງ:2; forward_scanຂັ້ນຕອນວິທີscanຈາກstart.
array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:4.
fewest comparisonsຫຍັງ?

algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from ఆరంభము algorithm.
array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
cost model: లెక్కించు మూలకము comparisons.
target: 4.
fewest comparisons ఏమిటి?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
What fewest comparisons?

Algorithms: binary_search halve the interval algorithm; backward_scan scan from end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
cost model: count element comparisons.
target: 4.
fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from bigin.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_2 algorithm blocks of 2; forward_scan algorithm scan from start.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Target: 4.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_2 blocks of 2 algorithm; forward_scan scan from start algorithm.
Array:
  - 4
  - 5
  - 7
  - 10
  - 24
  - 26
  - 35
  - 38
  - 42
  - 53
Cost model: count element comparisons.
Лишан: 4.
Fewest comparisons вуч?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Costs: count element comparisons.
Target: 57.
What is the fewest comparisons?

Los algoritmos son: jump_search_4 el algoritmo bloquea: 4; binary_search el algoritmo halve el interval; backward_scan el algoritmo escanear from end; forward_scan el algoritmo escanear from el inicio.
El arreglo es:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Costes: count el elemento comparisons.
El objetivo es 57.
¿Qué fewest comparisons?

算法如下：jump_search_4的算法是阻挡的：4；binary_search的算法是halve这interval；backward_scan的算法是扫描fromend；forward_scan的算法是扫描from的起点是。
数组是：
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
代价模型如下：count的元素是comparisons。
目标值是57。
fewest comparisons什么？

Algorithms: jump_search_4 blocks: 4 algorithm; binary_search halve interval algorithm; backward_scan tarar from end algorithm; forward_scan tarar from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons ne?

Algorithms: jump_search_4 algorithm blocks ya: 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons nini?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Costs: count element comparisons.
Target: 57.
What is the fewest comparisons?

{algorithms: [(algorithm jump_search_4 (blocks_of 4)) (algorithm binary_search (halve_the_interval)) (algorithm backward_scan (scan_from_end)) (algorithm forward_scan (scan_from_start))], array: [3 6 9 13 16 24 25 46 57], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 57}

Algorithmen: jump_search_4 Algorithmus blocks aus 4; binary_search Algorithmus halbieren der Abstand; backward_scan Algorithmus scannen von Ende; forward_scan Algorithmus scannen von Beginn.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Kosten: zählen Element comparisons.
Zielscheibe: 57.
Was fewest comparisons?

Алгорѝтам: jump_search_4 алгорѝтам blocks od 4; binary_search алгорѝтам popoliviti interval; backward_scan алгорѝтам skenirati из крај; forward_scan алгорѝтам skenirati из почетак.
Ни̑з:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 57.
Fewest comparisons kakav?

Algoritmit: jump_search_4 algoritmi blocks vaille 4; binary_search algoritmi puolittaa välimatka; backward_scan algoritmi skannata from pää; forward_scan algoritmi skannata from alku.
Taulukko:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Kustannus malli: laskea perusosa comparisons.
Maali: 57.
Mikä fewest comparisons?

算法如下：jump_search_4的算法是阻挡的：4；binary_search的算法是halve这interval；backward_scan的算法是扫描fromend；forward_scan的算法是扫描from的起点是。
数组是：
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
代价模型如下：count的元素是comparisons。
目标值是57。
fewest comparisons什么？

アルゴリズム:jump_search_4blocksの中の:4アルゴリズム; binary_searchhalve間隔アルゴリズム; backward_scanスキャンするから終了アルゴリズム; forward_scanスキャンするから開始アルゴリズム.
配列:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
費用モデル:数える要素comparisons.
標的:57.
fewest comparisons何と?

Algorithms: jump_search_4 blocks: 4 algorithm; binary_search halve interval algorithm; backward_scan tarar from end algorithm; forward_scan tarar from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة jump_search_4 blocks مِنْ 4؛ خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة.
مَصْفُوفَة:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 57.
fewest comparisons مَاذَا؟

Ალგორითმი: jump_search_4 blocks of 4 ალგორითმი; binary_search ანახევრებს დაშორება ალგორითმი; backward_scan scan from დასასრული ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 57.
Fewest comparisons რა?

Hātepe: hātepe jump_search_4 blocks o 4; hātepe binary_search weherua te mokowā; hātepe backward_scan matawai from hikutau; hātepe forward_scan matawai from tīmatanga.
Tūtohi tukutuku:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: tatau pūmotu comparisons.
Target: 57.
Fewest comparisons unutai?

Thuật toán: jump_search_4 thuật toán blocks bằng 4; binary_search thuật toán halve the interval; backward_scan thuật toán scan từ chóp; forward_scan thuật toán scan từ bắt đầu.
Mảng:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: đếm yếu tố comparisons.
Bia: 57.
Fewest comparisons gì?

ขั้นตอนวิธี:jump_search_4ขั้นตอนวิธีblocksของ:4; binary_searchขั้นตอนวิธีhalveช่วง; backward_scanขั้นตอนวิธีสแกนจากจบ; forward_scanขั้นตอนวิธีสแกนจากเริ่ม.
array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:57.
fewest comparisonsอะไร?

algorithms: jump_search_4 blocks கொண்ட 4 algorithm; binary_search halve இடைவெளி algorithm; backward_scan scan இருந்து முடி algorithm; forward_scan scan இருந்து தொடக்கம் algorithm.
array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
cost model: எண்ணு element comparisons.
target: 57.
fewest comparisons என்ன?

Algorithms: jump_search_4 algorithm blocks ya: 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons nini?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 57.
Fewest comparisons haʼátʼíísh?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: kisitsivoq element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks bilong 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Alahikàn: 57.
Fewest comparisons kwèch?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: лархӏа element comparisons.
Target: 57.
Fewest comparisons фу?

알고리즘: jump_search_4 blocks...의 4 알고리즘; binary_search 이등분하다 간격 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘.
배열:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
cost model: 세다 요소 comparisons.
과녁: 57.
fewest comparisons 무엇?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve the tarte algorithm; backward_scan scan from amai algorithm; forward_scan scan from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons zer?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 57.
What fewest comparisons?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from usay; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: yupay element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons сыд?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons ining-jak?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from malichi.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons nanta?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan wa end algorithm; forward_scan scan wa start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons híli?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve ne interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons tay?

Algorithmes : jump_search_4 algorithme blocks de 4 ; binary_search algorithme halve l'intervalle ; backward_scan algorithme scanner de fin ; forward_scan algorithme scanner de départ.
Tableau :
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Coûts : compter élément comparisons.
Cible : 57.
Quoi fewest comparisons ?

Algoritmo: jump_search_4 algoritmo blocks de 4; binary_search algoritmo halve intertempo; backward_scan algoritmo skani el fino; forward_scan algoritmo skani el eko.
Tabelo:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 57.
Fewest comparisons kio?

Algoritmusok: jump_search_4 algoritmus blocks of 4; binary_search algoritmus felez a köz; backward_scan algoritmus szkennel from vég; forward_scan algoritmus szkennel from kezdet.
Tömb:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Költség manöken: számol elem comparisons.
Céltábla: 57.
Fewest comparisons melyik?

algorithms:jump_search_4algorithmblocks...嘅:4; binary_searchalgorithmhalveinterval; backward_scanalgorithmscan從end; forward_scanalgorithmscan從開始.
array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
cost model:count要素comparisons.
target:57.
fewest comparisons乜嘢?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Алгоритм: jump_search_4 алгоритм blocks туралы 4; binary_search алгоритм halve interval; backward_scan алгоритм scan from end; forward_scan алгоритм scan from бас.
Жиым:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Тұру үлгі: санау элемент comparisons.
Нысана: 57.
Fewest comparisons не?

אַלגוֹרִיתְם: jump_search_4 אַלגוֹרִיתְם blocks שֶׁל 4; binary_search אַלגוֹרִיתְם חָצָה ה־ interval; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה.
מַעֲרָךְ:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 57.
איזה fewest comparisons?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algoritme-algoritme: jump_search_4 algoritme blocks dari 4; binary_search algoritme halve si lat; backward_scan algoritme memindai from akhir; forward_scan algoritme memindai from menjalankan.
Jajaran:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: menghitung element comparisons.
Target: 57.
Fewest comparisons apa?

algorithms:jump_search_4algorithmblocksនៃ:4; binary_searchalgorithmhalve the interval; backward_scanalgorithmscanពីចុង; forward_scanalgorithmscanពីstart.
array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:57.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:jump_search_4ຂັ້ນຕອນວິທີblocksຂອງ:4; binary_searchຂັ້ນຕອນວິທີhalveinterval; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ; forward_scanຂັ້ນຕອນວິທີscanຈາກstart.
array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:57.
fewest comparisonsຫຍັງ?

algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from ఆరంభము algorithm.
array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
cost model: లెక్కించు మూలకము comparisons.
target: 57.
fewest comparisons ఏమిటి?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
What fewest comparisons?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
cost model: count element comparisons.
target: 57.
fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from bigin.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Target: 57.
Fewest comparisons what?

Algorithms: jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 3
  - 6
  - 9
  - 13
  - 16
  - 24
  - 25
  - 46
  - 57
Cost model: count element comparisons.
Лишан: 57.
Fewest comparisons вуч?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve the interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Costs: count element comparisons.
Target: 39.
What is the fewest comparisons?

Los algoritmos son: jump_search_2 el algoritmo bloquea: 2; backward_scan el algoritmo escanear from end; binary_search el algoritmo halve el interval; forward_scan el algoritmo escanear from el inicio.
El arreglo es:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Costes: count el elemento comparisons.
El objetivo es 39.
¿Qué fewest comparisons?

算法如下：jump_search_2的算法是阻挡的：2；backward_scan的算法是扫描fromend；binary_search的算法是halve这interval；forward_scan的算法是扫描from的起点是。
数组是：
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
代价模型如下：count的元素是comparisons。
目标值是39。
fewest comparisons什么？

Algorithms: jump_search_2 blocks: 2 algorithm; backward_scan tarar from end algorithm; binary_search halve interval algorithm; forward_scan tarar from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons ne?

Algorithms: jump_search_2 algorithm blocks ya: 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons nini?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve the interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Costs: count element comparisons.
Target: 39.
What is the fewest comparisons?

{algorithms: [(algorithm jump_search_2 (blocks_of 2)) (algorithm backward_scan (scan_from_end)) (algorithm binary_search (halve_the_interval)) (algorithm forward_scan (scan_from_start))], array: [1 9 12 18 22 24 30 33 39 40 44], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 39}

Algorithmen: jump_search_2 Algorithmus blocks aus 2; backward_scan Algorithmus scannen von Ende; binary_search Algorithmus halbieren der Abstand; forward_scan Algorithmus scannen von Beginn.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Kosten: zählen Element comparisons.
Zielscheibe: 39.
Was fewest comparisons?

Алгорѝтам: jump_search_2 алгорѝтам blocks od 2; backward_scan алгорѝтам skenirati из крај; binary_search алгорѝтам popoliviti interval; forward_scan алгорѝтам skenirati из почетак.
Ни̑з:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 39.
Fewest comparisons kakav?

Algoritmit: jump_search_2 algoritmi blocks vaille 2; backward_scan algoritmi skannata from pää; binary_search algoritmi puolittaa välimatka; forward_scan algoritmi skannata from alku.
Taulukko:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Kustannus malli: laskea perusosa comparisons.
Maali: 39.
Mikä fewest comparisons?

算法如下：jump_search_2的算法是阻挡的：2；backward_scan的算法是扫描fromend；binary_search的算法是halve这interval；forward_scan的算法是扫描from的起点是。
数组是：
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
代价模型如下：count的元素是comparisons。
目标值是39。
fewest comparisons什么？

アルゴリズム:jump_search_2blocksの中の:2アルゴリズム; backward_scanスキャンするから終了アルゴリズム; binary_searchhalve間隔アルゴリズム; forward_scanスキャンするから開始アルゴリズム.
配列:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
費用モデル:数える要素comparisons.
標的:39.
fewest comparisons何と?

Algorithms: jump_search_2 blocks: 2 algorithm; backward_scan tarar from end algorithm; binary_search halve interval algorithm; forward_scan tarar from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة jump_search_2 blocks مِنْ 2؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة؛ خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة.
مَصْفُوفَة:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 39.
fewest comparisons مَاذَا؟

Ალგორითმი: jump_search_2 blocks of 2 ალგორითმი; backward_scan scan from დასასრული ალგორითმი; binary_search ანახევრებს დაშორება ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 39.
Fewest comparisons რა?

Hātepe: hātepe jump_search_2 blocks o 2; hātepe backward_scan matawai from hikutau; hātepe binary_search weherua te mokowā; hātepe forward_scan matawai from tīmatanga.
Tūtohi tukutuku:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: tatau pūmotu comparisons.
Target: 39.
Fewest comparisons unutai?

Thuật toán: jump_search_2 thuật toán blocks bằng 2; backward_scan thuật toán scan từ chóp; binary_search thuật toán halve the interval; forward_scan thuật toán scan từ bắt đầu.
Mảng:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: đếm yếu tố comparisons.
Bia: 39.
Fewest comparisons gì?

ขั้นตอนวิธี:jump_search_2ขั้นตอนวิธีblocksของ:2; backward_scanขั้นตอนวิธีสแกนจากจบ; binary_searchขั้นตอนวิธีhalveช่วง; forward_scanขั้นตอนวิธีสแกนจากเริ่ม.
array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:39.
fewest comparisonsอะไร?

algorithms: jump_search_2 blocks கொண்ட 2 algorithm; backward_scan scan இருந்து முடி algorithm; binary_search halve இடைவெளி algorithm; forward_scan scan இருந்து தொடக்கம் algorithm.
array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
cost model: எண்ணு element comparisons.
target: 39.
fewest comparisons என்ன?

Algorithms: jump_search_2 algorithm blocks ya: 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons nini?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 39.
Fewest comparisons haʼátʼíísh?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: kisitsivoq element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks bilong 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Alahikàn: 39.
Fewest comparisons kwèch?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: лархӏа element comparisons.
Target: 39.
Fewest comparisons фу?

알고리즘: jump_search_2 blocks...의 2 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘; binary_search 이등분하다 간격 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘.
배열:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
cost model: 세다 요소 comparisons.
과녁: 39.
fewest comparisons 무엇?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from amai algorithm; binary_search halve the tarte algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons zer?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ; binary_search algorithm halve interval; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 39.
What fewest comparisons?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from usay; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: yupay element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from end algorithm; binary_search halve the interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons сыд?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons ining-jak?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from malichi.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons nanta?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan wa end algorithm; binary_search halve interval algorithm; forward_scan scan wa start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons híli?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from end algorithm; binary_search halve the interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve the interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve the interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve ne interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons tay?

Algorithmes : jump_search_2 algorithme blocks de 2 ; backward_scan algorithme scanner de fin ; binary_search algorithme halve l'intervalle ; forward_scan algorithme scanner de départ.
Tableau :
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Coûts : compter élément comparisons.
Cible : 39.
Quoi fewest comparisons ?

Algoritmo: jump_search_2 algoritmo blocks de 2; backward_scan algoritmo skani el fino; binary_search algoritmo halve intertempo; forward_scan algoritmo skani el eko.
Tabelo:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 39.
Fewest comparisons kio?

Algoritmusok: jump_search_2 algoritmus blocks of 2; backward_scan algoritmus szkennel from vég; binary_search algoritmus felez a köz; forward_scan algoritmus szkennel from kezdet.
Tömb:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Költség manöken: számol elem comparisons.
Céltábla: 39.
Fewest comparisons melyik?

algorithms:jump_search_2algorithmblocks...嘅:2; backward_scanalgorithmscan從end; binary_searchalgorithmhalveinterval; forward_scanalgorithmscan從開始.
array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
cost model:count要素comparisons.
target:39.
fewest comparisons乜嘢?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Алгоритм: jump_search_2 алгоритм blocks туралы 2; backward_scan алгоритм scan from end; binary_search алгоритм halve interval; forward_scan алгоритм scan from бас.
Жиым:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Тұру үлгі: санау элемент comparisons.
Нысана: 39.
Fewest comparisons не?

אַלגוֹרִיתְם: jump_search_2 אַלגוֹרִיתְם blocks שֶׁל 2; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף; binary_search אַלגוֹרִיתְם חָצָה ה־ interval; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה.
מַעֲרָךְ:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 39.
איזה fewest comparisons?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algoritme-algoritme: jump_search_2 algoritme blocks dari 2; backward_scan algoritme memindai from akhir; binary_search algoritme halve si lat; forward_scan algoritme memindai from menjalankan.
Jajaran:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: menghitung element comparisons.
Target: 39.
Fewest comparisons apa?

algorithms:jump_search_2algorithmblocksនៃ:2; backward_scanalgorithmscanពីចុង; binary_searchalgorithmhalve the interval; forward_scanalgorithmscanពីstart.
array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:39.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:jump_search_2ຂັ້ນຕອນວິທີblocksຂອງ:2; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ; binary_searchຂັ້ນຕອນວິທີhalveinterval; forward_scanຂັ້ນຕອນວິທີscanຈາກstart.
array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:39.
fewest comparisonsຫຍັງ?

algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; forward_scan scan from ఆరంభము algorithm.
array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
cost model: లెక్కించు మూలకము comparisons.
target: 39.
fewest comparisons ఏమిటి?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
What fewest comparisons?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from end algorithm; binary_search halve the interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
cost model: count element comparisons.
target: 39.
fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from bigin.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; backward_scan algorithm scan from end; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Target: 39.
Fewest comparisons what?

Algorithms: jump_search_2 blocks of 2 algorithm; backward_scan scan from end algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 9
  - 12
  - 18
  - 22
  - 24
  - 30
  - 33
  - 39
  - 40
  - 44
Cost model: count element comparisons.
Лишан: 39.
Fewest comparisons вуч?

Algorithms: binary_search algorithm halve the interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Costs: count element comparisons.
Target: 18.
What is the fewest comparisons?

Los algoritmos son: binary_search el algoritmo halve el interval; backward_scan el algoritmo escanear from end; jump_search_4 el algoritmo bloquea: 4; forward_scan el algoritmo escanear from el inicio.
El arreglo es:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Costes: count el elemento comparisons.
El objetivo es 18.
¿Qué fewest comparisons?

算法如下：binary_search的算法是halve这interval；backward_scan的算法是扫描fromend；jump_search_4的算法是阻挡的：4；forward_scan的算法是扫描from的起点是。
数组是：
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
代价模型如下：count的元素是comparisons。
目标值是18。
fewest comparisons什么？

Algorithms: binary_search halve interval algorithm; backward_scan tarar from end algorithm; jump_search_4 blocks: 4 algorithm; forward_scan tarar from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons ne?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks ya: 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons nini?

Algorithms: binary_search algorithm halve the interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Costs: count element comparisons.
Target: 18.
What is the fewest comparisons?

{algorithms: [(algorithm binary_search (halve_the_interval)) (algorithm backward_scan (scan_from_end)) (algorithm jump_search_4 (blocks_of 4)) (algorithm forward_scan (scan_from_start))], array: [1 3 11 14 18 28 30 31 32 37 42 59], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 18}

Algorithmen: binary_search Algorithmus halbieren der Abstand; backward_scan Algorithmus scannen von Ende; jump_search_4 Algorithmus blocks aus 4; forward_scan Algorithmus scannen von Beginn.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Kosten: zählen Element comparisons.
Zielscheibe: 18.
Was fewest comparisons?

Алгорѝтам: binary_search алгорѝтам popoliviti interval; backward_scan алгорѝтам skenirati из крај; jump_search_4 алгорѝтам blocks od 4; forward_scan алгорѝтам skenirati из почетак.
Ни̑з:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 18.
Fewest comparisons kakav?

Algoritmit: binary_search algoritmi puolittaa välimatka; backward_scan algoritmi skannata from pää; jump_search_4 algoritmi blocks vaille 4; forward_scan algoritmi skannata from alku.
Taulukko:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Kustannus malli: laskea perusosa comparisons.
Maali: 18.
Mikä fewest comparisons?

算法如下：binary_search的算法是halve这interval；backward_scan的算法是扫描fromend；jump_search_4的算法是阻挡的：4；forward_scan的算法是扫描from的起点是。
数组是：
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
代价模型如下：count的元素是comparisons。
目标值是18。
fewest comparisons什么？

アルゴリズム:binary_searchhalve間隔アルゴリズム; backward_scanスキャンするから終了アルゴリズム; jump_search_4blocksの中の:4アルゴリズム; forward_scanスキャンするから開始アルゴリズム.
配列:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
費用モデル:数える要素comparisons.
標的:18.
fewest comparisons何と?

Algorithms: binary_search halve interval algorithm; backward_scan tarar from end algorithm; jump_search_4 blocks: 4 algorithm; forward_scan tarar from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة؛ خَوَارِزْمِيَّة jump_search_4 blocks مِنْ 4؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة.
مَصْفُوفَة:
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  - 31
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  - 37
  - 42
  - 59
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 18.
fewest comparisons مَاذَا؟

Ალგორითმი: binary_search ანახევრებს დაშორება ალგორითმი; backward_scan scan from დასასრული ალგორითმი; jump_search_4 blocks of 4 ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი.
Array:
  - 1
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  - 31
  - 32
  - 37
  - 42
  - 59
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 18.
Fewest comparisons რა?

Hātepe: hātepe binary_search weherua te mokowā; hātepe backward_scan matawai from hikutau; hātepe jump_search_4 blocks o 4; hātepe forward_scan matawai from tīmatanga.
Tūtohi tukutuku:
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  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: tatau pūmotu comparisons.
Target: 18.
Fewest comparisons unutai?

Thuật toán: binary_search thuật toán halve the interval; backward_scan thuật toán scan từ chóp; jump_search_4 thuật toán blocks bằng 4; forward_scan thuật toán scan từ bắt đầu.
Mảng:
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  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: đếm yếu tố comparisons.
Bia: 18.
Fewest comparisons gì?

ขั้นตอนวิธี:binary_searchขั้นตอนวิธีhalveช่วง; backward_scanขั้นตอนวิธีสแกนจากจบ; jump_search_4ขั้นตอนวิธีblocksของ:4; forward_scanขั้นตอนวิธีสแกนจากเริ่ม.
array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:18.
fewest comparisonsอะไร?

algorithms: binary_search halve இடைவெளி algorithm; backward_scan scan இருந்து முடி algorithm; jump_search_4 blocks கொண்ட 4 algorithm; forward_scan scan இருந்து தொடக்கம் algorithm.
array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
cost model: எண்ணு element comparisons.
target: 18.
fewest comparisons என்ன?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks ya: 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons nini?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 18.
Fewest comparisons haʼátʼíísh?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: kisitsivoq element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks bilong 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Alahikàn: 18.
Fewest comparisons kwèch?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: лархӏа element comparisons.
Target: 18.
Fewest comparisons фу?

알고리즘: binary_search 이등분하다 간격 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘; jump_search_4 blocks...의 4 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘.
배열:
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  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
cost model: 세다 요소 comparisons.
과녁: 18.
fewest comparisons 무엇?

Algorithms: binary_search halve the tarte algorithm; backward_scan scan from amai algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons zer?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 18.
What fewest comparisons?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from usay; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: yupay element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search halve the interval algorithm; backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons сыд?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons ining-jak?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from malichi.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons nanta?

Algorithms: binary_search halve interval algorithm; backward_scan scan wa end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan wa start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons híli?

Algorithms: binary_search halve the interval algorithm; backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve the interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve the interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve ne interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons tay?

Algorithmes : binary_search algorithme halve l'intervalle ; backward_scan algorithme scanner de fin ; jump_search_4 algorithme blocks de 4 ; forward_scan algorithme scanner de départ.
Tableau :
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  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Coûts : compter élément comparisons.
Cible : 18.
Quoi fewest comparisons ?

Algoritmo: binary_search algoritmo halve intertempo; backward_scan algoritmo skani el fino; jump_search_4 algoritmo blocks de 4; forward_scan algoritmo skani el eko.
Tabelo:
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  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 18.
Fewest comparisons kio?

Algoritmusok: binary_search algoritmus felez a köz; backward_scan algoritmus szkennel from vég; jump_search_4 algoritmus blocks of 4; forward_scan algoritmus szkennel from kezdet.
Tömb:
  - 1
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  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Költség manöken: számol elem comparisons.
Céltábla: 18.
Fewest comparisons melyik?

algorithms:binary_searchalgorithmhalveinterval; backward_scanalgorithmscan從end; jump_search_4algorithmblocks...嘅:4; forward_scanalgorithmscan從開始.
array:
  - 1
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  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
cost model:count要素comparisons.
target:18.
fewest comparisons乜嘢?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Алгоритм: binary_search алгоритм halve interval; backward_scan алгоритм scan from end; jump_search_4 алгоритм blocks туралы 4; forward_scan алгоритм scan from бас.
Жиым:
  - 1
  - 3
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  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Тұру үлгі: санау элемент comparisons.
Нысана: 18.
Fewest comparisons не?

אַלגוֹרִיתְם: binary_search אַלגוֹרִיתְם חָצָה ה־ interval; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף; jump_search_4 אַלגוֹרִיתְם blocks שֶׁל 4; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה.
מַעֲרָךְ:
  - 1
  - 3
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  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 18.
איזה fewest comparisons?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algoritme-algoritme: binary_search algoritme halve si lat; backward_scan algoritme memindai from akhir; jump_search_4 algoritme blocks dari 4; forward_scan algoritme memindai from menjalankan.
Jajaran:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: menghitung element comparisons.
Target: 18.
Fewest comparisons apa?

algorithms:binary_searchalgorithmhalve the interval; backward_scanalgorithmscanពីចុង; jump_search_4algorithmblocksនៃ:4; forward_scanalgorithmscanពីstart.
array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:18.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:binary_searchຂັ້ນຕອນວິທີhalveinterval; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ; jump_search_4ຂັ້ນຕອນວິທີblocksຂອງ:4; forward_scanຂັ້ນຕອນວິທີscanຈາກstart.
array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:18.
fewest comparisonsຫຍັງ?

algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from ఆరంభము algorithm.
array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
cost model: లెక్కించు మూలకము comparisons.
target: 18.
fewest comparisons ఏమిటి?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
What fewest comparisons?

Algorithms: binary_search halve the interval algorithm; backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
cost model: count element comparisons.
target: 18.
fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from bigin.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search algorithm halve interval; backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; forward_scan algorithm scan from start.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Target: 18.
Fewest comparisons what?

Algorithms: binary_search halve interval algorithm; backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 3
  - 11
  - 14
  - 18
  - 28
  - 30
  - 31
  - 32
  - 37
  - 42
  - 59
Cost model: count element comparisons.
Лишан: 18.
Fewest comparisons вуч?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Costs: count element comparisons.
Target: 12.
What is the fewest comparisons?

Los algoritmos son: jump_search_3 el algoritmo bloquea: 3; binary_search el algoritmo halve el interval; backward_scan el algoritmo escanear from end; forward_scan el algoritmo escanear from el inicio.
El arreglo es:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Costes: count el elemento comparisons.
El objetivo es 12.
¿Qué fewest comparisons?

算法如下：jump_search_3的算法是阻挡的：3；binary_search的算法是halve这interval；backward_scan的算法是扫描fromend；forward_scan的算法是扫描from的起点是。
数组是：
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
代价模型如下：count的元素是comparisons。
目标值是12。
fewest comparisons什么？

Algorithms: jump_search_3 blocks: 3 algorithm; binary_search halve interval algorithm; backward_scan tarar from end algorithm; forward_scan tarar from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons ne?

Algorithms: jump_search_3 algorithm blocks ya: 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons nini?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Costs: count element comparisons.
Target: 12.
What is the fewest comparisons?

{algorithms: [(algorithm jump_search_3 (blocks_of 3)) (algorithm binary_search (halve_the_interval)) (algorithm backward_scan (scan_from_end)) (algorithm forward_scan (scan_from_start))], array: [12 13 29 30 33 36 38 50 53 55 56], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 12}

Algorithmen: jump_search_3 Algorithmus blocks aus 3; binary_search Algorithmus halbieren der Abstand; backward_scan Algorithmus scannen von Ende; forward_scan Algorithmus scannen von Beginn.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Kosten: zählen Element comparisons.
Zielscheibe: 12.
Was fewest comparisons?

Алгорѝтам: jump_search_3 алгорѝтам blocks od 3; binary_search алгорѝтам popoliviti interval; backward_scan алгорѝтам skenirati из крај; forward_scan алгорѝтам skenirati из почетак.
Ни̑з:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 12.
Fewest comparisons kakav?

Algoritmit: jump_search_3 algoritmi blocks vaille 3; binary_search algoritmi puolittaa välimatka; backward_scan algoritmi skannata from pää; forward_scan algoritmi skannata from alku.
Taulukko:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Kustannus malli: laskea perusosa comparisons.
Maali: 12.
Mikä fewest comparisons?

算法如下：jump_search_3的算法是阻挡的：3；binary_search的算法是halve这interval；backward_scan的算法是扫描fromend；forward_scan的算法是扫描from的起点是。
数组是：
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
代价模型如下：count的元素是comparisons。
目标值是12。
fewest comparisons什么？

アルゴリズム:jump_search_3blocksの中の:3アルゴリズム; binary_searchhalve間隔アルゴリズム; backward_scanスキャンするから終了アルゴリズム; forward_scanスキャンするから開始アルゴリズム.
配列:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
費用モデル:数える要素comparisons.
標的:12.
fewest comparisons何と?

Algorithms: jump_search_3 blocks: 3 algorithm; binary_search halve interval algorithm; backward_scan tarar from end algorithm; forward_scan tarar from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة jump_search_3 blocks مِنْ 3؛ خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة.
مَصْفُوفَة:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 12.
fewest comparisons مَاذَا؟

Ალგორითმი: jump_search_3 blocks of 3 ალგორითმი; binary_search ანახევრებს დაშორება ალგორითმი; backward_scan scan from დასასრული ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 12.
Fewest comparisons რა?

Hātepe: hātepe jump_search_3 blocks o 3; hātepe binary_search weherua te mokowā; hātepe backward_scan matawai from hikutau; hātepe forward_scan matawai from tīmatanga.
Tūtohi tukutuku:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: tatau pūmotu comparisons.
Target: 12.
Fewest comparisons unutai?

Thuật toán: jump_search_3 thuật toán blocks bằng 3; binary_search thuật toán halve the interval; backward_scan thuật toán scan từ chóp; forward_scan thuật toán scan từ bắt đầu.
Mảng:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: đếm yếu tố comparisons.
Bia: 12.
Fewest comparisons gì?

ขั้นตอนวิธี:jump_search_3ขั้นตอนวิธีblocksของ:3; binary_searchขั้นตอนวิธีhalveช่วง; backward_scanขั้นตอนวิธีสแกนจากจบ; forward_scanขั้นตอนวิธีสแกนจากเริ่ม.
array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:12.
fewest comparisonsอะไร?

algorithms: jump_search_3 blocks கொண்ட 3 algorithm; binary_search halve இடைவெளி algorithm; backward_scan scan இருந்து முடி algorithm; forward_scan scan இருந்து தொடக்கம் algorithm.
array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
cost model: எண்ணு element comparisons.
target: 12.
fewest comparisons என்ன?

Algorithms: jump_search_3 algorithm blocks ya: 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons nini?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 12.
Fewest comparisons haʼátʼíísh?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: kisitsivoq element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks bilong 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Alahikàn: 12.
Fewest comparisons kwèch?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: лархӏа element comparisons.
Target: 12.
Fewest comparisons фу?

알고리즘: jump_search_3 blocks...의 3 알고리즘; binary_search 이등분하다 간격 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘.
배열:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
cost model: 세다 요소 comparisons.
과녁: 12.
fewest comparisons 무엇?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve the tarte algorithm; backward_scan scan from amai algorithm; forward_scan scan from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons zer?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 12.
What fewest comparisons?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from usay; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: yupay element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons сыд?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons ining-jak?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from malichi.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons nanta?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan wa end algorithm; forward_scan scan wa start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons híli?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve the interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve ne interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons tay?

Algorithmes : jump_search_3 algorithme blocks de 3 ; binary_search algorithme halve l'intervalle ; backward_scan algorithme scanner de fin ; forward_scan algorithme scanner de départ.
Tableau :
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Coûts : compter élément comparisons.
Cible : 12.
Quoi fewest comparisons ?

Algoritmo: jump_search_3 algoritmo blocks de 3; binary_search algoritmo halve intertempo; backward_scan algoritmo skani el fino; forward_scan algoritmo skani el eko.
Tabelo:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 12.
Fewest comparisons kio?

Algoritmusok: jump_search_3 algoritmus blocks of 3; binary_search algoritmus felez a köz; backward_scan algoritmus szkennel from vég; forward_scan algoritmus szkennel from kezdet.
Tömb:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Költség manöken: számol elem comparisons.
Céltábla: 12.
Fewest comparisons melyik?

algorithms:jump_search_3algorithmblocks...嘅:3; binary_searchalgorithmhalveinterval; backward_scanalgorithmscan從end; forward_scanalgorithmscan從開始.
array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
cost model:count要素comparisons.
target:12.
fewest comparisons乜嘢?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Алгоритм: jump_search_3 алгоритм blocks туралы 3; binary_search алгоритм halve interval; backward_scan алгоритм scan from end; forward_scan алгоритм scan from бас.
Жиым:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Тұру үлгі: санау элемент comparisons.
Нысана: 12.
Fewest comparisons не?

אַלגוֹרִיתְם: jump_search_3 אַלגוֹרִיתְם blocks שֶׁל 3; binary_search אַלגוֹרִיתְם חָצָה ה־ interval; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה.
מַעֲרָךְ:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 12.
איזה fewest comparisons?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algoritme-algoritme: jump_search_3 algoritme blocks dari 3; binary_search algoritme halve si lat; backward_scan algoritme memindai from akhir; forward_scan algoritme memindai from menjalankan.
Jajaran:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: menghitung element comparisons.
Target: 12.
Fewest comparisons apa?

algorithms:jump_search_3algorithmblocksនៃ:3; binary_searchalgorithmhalve the interval; backward_scanalgorithmscanពីចុង; forward_scanalgorithmscanពីstart.
array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:12.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:jump_search_3ຂັ້ນຕອນວິທີblocksຂອງ:3; binary_searchຂັ້ນຕອນວິທີhalveinterval; backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ; forward_scanຂັ້ນຕອນວິທີscanຈາກstart.
array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:12.
fewest comparisonsຫຍັງ?

algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from ఆరంభము algorithm.
array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
cost model: లెక్కించు మూలకము comparisons.
target: 12.
fewest comparisons ఏమిటి?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
What fewest comparisons?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve the interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
cost model: count element comparisons.
target: 12.
fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from bigin.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 algorithm blocks of 3; binary_search algorithm halve interval; backward_scan algorithm scan from end; forward_scan algorithm scan from start.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Target: 12.
Fewest comparisons what?

Algorithms: jump_search_3 blocks of 3 algorithm; binary_search halve interval algorithm; backward_scan scan from end algorithm; forward_scan scan from start algorithm.
Array:
  - 12
  - 13
  - 29
  - 30
  - 33
  - 36
  - 38
  - 50
  - 53
  - 55
  - 56
Cost model: count element comparisons.
Лишан: 12.
Fewest comparisons вуч?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Costs: count element comparisons.
Target: 24.
What is the fewest comparisons?

Los algoritmos son: backward_scan el algoritmo escanear from end; jump_search_4 el algoritmo bloquea: 4; binary_search el algoritmo halve el interval; forward_scan el algoritmo escanear from el inicio.
El arreglo es:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Costes: count el elemento comparisons.
El objetivo es 24.
¿Qué fewest comparisons?

算法如下：backward_scan的算法是扫描fromend；jump_search_4的算法是阻挡的：4；binary_search的算法是halve这interval；forward_scan的算法是扫描from的起点是。
数组是：
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
代价模型如下：count的元素是comparisons。
目标值是24。
fewest comparisons什么？

Algorithms: backward_scan tarar from end algorithm; jump_search_4 blocks: 4 algorithm; binary_search halve interval algorithm; forward_scan tarar from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons ne?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks ya: 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons nini?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Costs: count element comparisons.
Target: 24.
What is the fewest comparisons?

{algorithms: [(algorithm backward_scan (scan_from_end)) (algorithm jump_search_4 (blocks_of 4)) (algorithm binary_search (halve_the_interval)) (algorithm forward_scan (scan_from_start))], array: [1 10 18 23 24 25 31 34 43 58 59], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 24}

Algorithmen: backward_scan Algorithmus scannen von Ende; jump_search_4 Algorithmus blocks aus 4; binary_search Algorithmus halbieren der Abstand; forward_scan Algorithmus scannen von Beginn.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Kosten: zählen Element comparisons.
Zielscheibe: 24.
Was fewest comparisons?

Алгорѝтам: backward_scan алгорѝтам skenirati из крај; jump_search_4 алгорѝтам blocks od 4; binary_search алгорѝтам popoliviti interval; forward_scan алгорѝтам skenirati из почетак.
Ни̑з:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 24.
Fewest comparisons kakav?

Algoritmit: backward_scan algoritmi skannata from pää; jump_search_4 algoritmi blocks vaille 4; binary_search algoritmi puolittaa välimatka; forward_scan algoritmi skannata from alku.
Taulukko:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Kustannus malli: laskea perusosa comparisons.
Maali: 24.
Mikä fewest comparisons?

算法如下：backward_scan的算法是扫描fromend；jump_search_4的算法是阻挡的：4；binary_search的算法是halve这interval；forward_scan的算法是扫描from的起点是。
数组是：
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
代价模型如下：count的元素是comparisons。
目标值是24。
fewest comparisons什么？

アルゴリズム:backward_scanスキャンするから終了アルゴリズム; jump_search_4blocksの中の:4アルゴリズム; binary_searchhalve間隔アルゴリズム; forward_scanスキャンするから開始アルゴリズム.
配列:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
費用モデル:数える要素comparisons.
標的:24.
fewest comparisons何と?

Algorithms: backward_scan tarar from end algorithm; jump_search_4 blocks: 4 algorithm; binary_search halve interval algorithm; forward_scan tarar from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة؛ خَوَارِزْمِيَّة jump_search_4 blocks مِنْ 4؛ خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة.
مَصْفُوفَة:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 24.
fewest comparisons مَاذَا؟

Ალგორითმი: backward_scan scan from დასასრული ალგორითმი; jump_search_4 blocks of 4 ალგორითმი; binary_search ანახევრებს დაშორება ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 24.
Fewest comparisons რა?

Hātepe: hātepe backward_scan matawai from hikutau; hātepe jump_search_4 blocks o 4; hātepe binary_search weherua te mokowā; hātepe forward_scan matawai from tīmatanga.
Tūtohi tukutuku:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: tatau pūmotu comparisons.
Target: 24.
Fewest comparisons unutai?

Thuật toán: backward_scan thuật toán scan từ chóp; jump_search_4 thuật toán blocks bằng 4; binary_search thuật toán halve the interval; forward_scan thuật toán scan từ bắt đầu.
Mảng:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: đếm yếu tố comparisons.
Bia: 24.
Fewest comparisons gì?

ขั้นตอนวิธี:backward_scanขั้นตอนวิธีสแกนจากจบ; jump_search_4ขั้นตอนวิธีblocksของ:4; binary_searchขั้นตอนวิธีhalveช่วง; forward_scanขั้นตอนวิธีสแกนจากเริ่ม.
array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:24.
fewest comparisonsอะไร?

algorithms: backward_scan scan இருந்து முடி algorithm; jump_search_4 blocks கொண்ட 4 algorithm; binary_search halve இடைவெளி algorithm; forward_scan scan இருந்து தொடக்கம் algorithm.
array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
cost model: எண்ணு element comparisons.
target: 24.
fewest comparisons என்ன?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks ya: 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons nini?

Algorithms: backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 24.
Fewest comparisons haʼátʼíísh?

Algorithms: backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: kisitsivoq element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks bilong 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Alahikàn: 24.
Fewest comparisons kwèch?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: лархӏа element comparisons.
Target: 24.
Fewest comparisons фу?

알고리즘: backward_scan 스캔하다 부터 끝 알고리즘; jump_search_4 blocks...의 4 알고리즘; binary_search 이등분하다 간격 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘.
배열:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
cost model: 세다 요소 comparisons.
과녁: 24.
fewest comparisons 무엇?

Algorithms: backward_scan scan from amai algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve the tarte algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons zer?

Algorithms: backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 24.
What fewest comparisons?

Algorithms: backward_scan algorithm scan from usay; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: yupay element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons сыд?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons ining-jak?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from malichi.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons nanta?

Algorithms: backward_scan scan wa end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; forward_scan scan wa start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons híli?

Algorithms: backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve the interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve ne interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons tay?

Algorithmes : backward_scan algorithme scanner de fin ; jump_search_4 algorithme blocks de 4 ; binary_search algorithme halve l'intervalle ; forward_scan algorithme scanner de départ.
Tableau :
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Coûts : compter élément comparisons.
Cible : 24.
Quoi fewest comparisons ?

Algoritmo: backward_scan algoritmo skani el fino; jump_search_4 algoritmo blocks de 4; binary_search algoritmo halve intertempo; forward_scan algoritmo skani el eko.
Tabelo:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 24.
Fewest comparisons kio?

Algoritmusok: backward_scan algoritmus szkennel from vég; jump_search_4 algoritmus blocks of 4; binary_search algoritmus felez a köz; forward_scan algoritmus szkennel from kezdet.
Tömb:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Költség manöken: számol elem comparisons.
Céltábla: 24.
Fewest comparisons melyik?

algorithms:backward_scanalgorithmscan從end; jump_search_4algorithmblocks...嘅:4; binary_searchalgorithmhalveinterval; forward_scanalgorithmscan從開始.
array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
cost model:count要素comparisons.
target:24.
fewest comparisons乜嘢?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Алгоритм: backward_scan алгоритм scan from end; jump_search_4 алгоритм blocks туралы 4; binary_search алгоритм halve interval; forward_scan алгоритм scan from бас.
Жиым:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Тұру үлгі: санау элемент comparisons.
Нысана: 24.
Fewest comparisons не?

אַלגוֹרִיתְם: backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף; jump_search_4 אַלגוֹרִיתְם blocks שֶׁל 4; binary_search אַלגוֹרִיתְם חָצָה ה־ interval; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה.
מַעֲרָךְ:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 24.
איזה fewest comparisons?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algoritme-algoritme: backward_scan algoritme memindai from akhir; jump_search_4 algoritme blocks dari 4; binary_search algoritme halve si lat; forward_scan algoritme memindai from menjalankan.
Jajaran:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: menghitung element comparisons.
Target: 24.
Fewest comparisons apa?

algorithms:backward_scanalgorithmscanពីចុង; jump_search_4algorithmblocksនៃ:4; binary_searchalgorithmhalve the interval; forward_scanalgorithmscanពីstart.
array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
ថ្លៃម៉ូដែល:រាប់ធាតុcomparisons.
ស៊ីប:24.
fewest comparisonsអី?

ຂັ້ນຕອນວິທີ:backward_scanຂັ້ນຕອນວິທີscanຈາກຈົບ; jump_search_4ຂັ້ນຕອນວິທີblocksຂອງ:4; binary_searchຂັ້ນຕອນວິທີhalveinterval; forward_scanຂັ້ນຕອນວິທີscanຈາກstart.
array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
ຄ່າໃຊ້ຈ່າຍນາງແບບ:ນັບທາດcomparisons.
target:24.
fewest comparisonsຫຍັງ?

algorithms: backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; forward_scan scan from ఆరంభము algorithm.
array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
cost model: లెక్కించు మూలకము comparisons.
target: 24.
fewest comparisons ఏమిటి?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
What fewest comparisons?

Algorithms: backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve the interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
cost model: count element comparisons.
target: 24.
fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from bigin.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan algorithm scan from end; jump_search_4 algorithm blocks of 4; binary_search algorithm halve interval; forward_scan algorithm scan from start.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Target: 24.
Fewest comparisons what?

Algorithms: backward_scan scan from end algorithm; jump_search_4 blocks of 4 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm.
Array:
  - 1
  - 10
  - 18
  - 23
  - 24
  - 25
  - 31
  - 34
  - 43
  - 58
  - 59
Cost model: count element comparisons.
Лишан: 24.
Fewest comparisons вуч?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve the interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Costs: count element comparisons.
Target: 10.
What is the fewest comparisons?

Los algoritmos son: jump_search_2 el algoritmo bloquea: 2; binary_search el algoritmo halve el interval; forward_scan el algoritmo escanear from el inicio; backward_scan el algoritmo escanear from end.
El arreglo es:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Costes: count el elemento comparisons.
El objetivo es 10.
¿Qué fewest comparisons?

算法如下：jump_search_2的算法是阻挡的：2；binary_search的算法是halve这interval；forward_scan的算法是扫描from的起点是；backward_scan的算法是扫描fromend。
数组是：
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
代价模型如下：count的元素是comparisons。
目标值是10。
fewest comparisons什么？

Algorithms: jump_search_2 blocks: 2 algorithm; binary_search halve interval algorithm; forward_scan tarar from start algorithm; backward_scan tarar from end algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons ne?

Algorithms: jump_search_2 algorithm blocks ya: 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons nini?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve the interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Costs: count element comparisons.
Target: 10.
What is the fewest comparisons?

{algorithms: [(algorithm jump_search_2 (blocks_of 2)) (algorithm binary_search (halve_the_interval)) (algorithm forward_scan (scan_from_start)) (algorithm backward_scan (scan_from_end))], array: [10 12 15 19 42 43 44 52 55 58], cost_model: (count_element_comparisons), query: fewest_comparisons, target: 10}

Algorithmen: jump_search_2 Algorithmus blocks aus 2; binary_search Algorithmus halbieren der Abstand; forward_scan Algorithmus scannen von Beginn; backward_scan Algorithmus scannen von Ende.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Kosten: zählen Element comparisons.
Zielscheibe: 10.
Was fewest comparisons?

Алгорѝтам: jump_search_2 алгорѝтам blocks od 2; binary_search алгорѝтам popoliviti interval; forward_scan алгорѝтам skenirati из почетак; backward_scan алгорѝтам skenirati из крај.
Ни̑з:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Trošak мо̀дел: бро̀јати елѐмент comparisons.
Ме́та: 10.
Fewest comparisons kakav?

Algoritmit: jump_search_2 algoritmi blocks vaille 2; binary_search algoritmi puolittaa välimatka; forward_scan algoritmi skannata from alku; backward_scan algoritmi skannata from pää.
Taulukko:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Kustannus malli: laskea perusosa comparisons.
Maali: 10.
Mikä fewest comparisons?

算法如下：jump_search_2的算法是阻挡的：2；binary_search的算法是halve这interval；forward_scan的算法是扫描from的起点是；backward_scan的算法是扫描fromend。
数组是：
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
代价模型如下：count的元素是comparisons。
目标值是10。
fewest comparisons什么？

アルゴリズム:jump_search_2blocksの中の:2アルゴリズム; binary_searchhalve間隔アルゴリズム; forward_scanスキャンするから開始アルゴリズム; backward_scanスキャンするから終了アルゴリズム.
配列:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
費用モデル:数える要素comparisons.
標的:10.
fewest comparisons何と?

Algorithms: jump_search_2 blocks: 2 algorithm; binary_search halve interval algorithm; forward_scan tarar from start algorithm; backward_scan tarar from end algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons ne?

خَوَارِزْمِيَّة: خَوَارِزْمِيَّة jump_search_2 blocks مِنْ 2؛ خَوَارِزْمِيَّة binary_search halve الـ فَاصِل؛ خَوَارِزْمِيَّة forward_scan مَسَحَ ضَوْئِيًّا مِن نَجْمَة؛ خَوَارِزْمِيَّة backward_scan مَسَحَ ضَوْئِيًّا مِن نِهَايَة.
مَصْفُوفَة:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
cost model: عَدَّ عُنْصُر comparisons.
دَرِيئَة: 10.
fewest comparisons مَاذَا؟

Ალგორითმი: jump_search_2 blocks of 2 ალგორითმი; binary_search ანახევრებს დაშორება ალგორითმი; forward_scan scan from დასაწყისი ალგორითმი; backward_scan scan from დასასრული ალგორითმი.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Ფასი მოდელი: დათვლა ელემენტი comparisons.
Სამიზნე: 10.
Fewest comparisons რა?

Hātepe: hātepe jump_search_2 blocks o 2; hātepe binary_search weherua te mokowā; hātepe forward_scan matawai from tīmatanga; hātepe backward_scan matawai from hikutau.
Tūtohi tukutuku:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: tatau pūmotu comparisons.
Target: 10.
Fewest comparisons unutai?

Thuật toán: jump_search_2 thuật toán blocks bằng 2; binary_search thuật toán halve the interval; forward_scan thuật toán scan từ bắt đầu; backward_scan thuật toán scan từ chóp.
Mảng:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: đếm yếu tố comparisons.
Bia: 10.
Fewest comparisons gì?

ขั้นตอนวิธี:jump_search_2ขั้นตอนวิธีblocksของ:2; binary_searchขั้นตอนวิธีhalveช่วง; forward_scanขั้นตอนวิธีสแกนจากเริ่ม; backward_scanขั้นตอนวิธีสแกนจากจบ.
array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
ค่าใชีข่ายนางแบบ:นับธาตุcomparisons.
เป้าหมาย:10.
fewest comparisonsอะไร?

algorithms: jump_search_2 blocks கொண்ட 2 algorithm; binary_search halve இடைவெளி algorithm; forward_scan scan இருந்து தொடக்கம் algorithm; backward_scan scan இருந்து முடி algorithm.
array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
cost model: எண்ணு element comparisons.
target: 10.
fewest comparisons என்ன?

Algorithms: jump_search_2 algorithm blocks ya: 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons nini?

Algorithms: jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: ííníshtaʼ áʼádaatʼéhígíí comparisons.
Dajółtʼóhígíí: 10.
Fewest comparisons haʼátʼíísh?

Algorithms: jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: kisitsivoq element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks bilong 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Alahikàn: 10.
Fewest comparisons kwèch?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: лархӏа element comparisons.
Target: 10.
Fewest comparisons фу?

알고리즘: jump_search_2 blocks...의 2 알고리즘; binary_search 이등분하다 간격 알고리즘; forward_scan 스캔하다 부터 처음 알고리즘; backward_scan 스캔하다 부터 끝 알고리즘.
배열:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
cost model: 세다 요소 comparisons.
과녁: 10.
fewest comparisons 무엇?

Algorithms: jump_search_2 blocks of 2 algorithm; binary_search halve the tarte algorithm; forward_scan scan from start algorithm; backward_scan scan from amai algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons zer?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᏓᎴᏂᎭ; backward_scan algorithm scan ᏂᏛᎴᏅᏓ ᎠᎵᏍᏆᏗᎠ.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: ᏓᏎᎯᎭ element comparisons.
Target: 10.
What fewest comparisons?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from usay.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: yupay element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 blocks of 2 algorithm; binary_search halve the interval algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons сыд?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons ining-jak?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from malichi; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons nanta?

Algorithms: jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; forward_scan scan wa start algorithm; backward_scan scan wa end algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons híli?

Algorithms: jump_search_2 blocks of 2 algorithm; binary_search halve the interval algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve the interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 blocks of 2 algorithm; binary_search halve interval algorithm; forward_scan scan from start algorithm; backward_scan scan from end algorithm.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve the interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve ne interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons tay?

Algorithmes : jump_search_2 algorithme blocks de 2 ; binary_search algorithme halve l'intervalle ; forward_scan algorithme scanner de départ ; backward_scan algorithme scanner de fin.
Tableau :
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Coûts : compter élément comparisons.
Cible : 10.
Quoi fewest comparisons ?

Algoritmo: jump_search_2 algoritmo blocks de 2; binary_search algoritmo halve intertempo; forward_scan algoritmo skani el eko; backward_scan algoritmo skani el fino.
Tabelo:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Kosto pozistino: kalkuli elemento comparisons.
Celtabulo: 10.
Fewest comparisons kio?

Algoritmusok: jump_search_2 algoritmus blocks of 2; binary_search algoritmus felez a köz; forward_scan algoritmus szkennel from kezdet; backward_scan algoritmus szkennel from vég.
Tömb:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Költség manöken: számol elem comparisons.
Céltábla: 10.
Fewest comparisons melyik?

algorithms:jump_search_2algorithmblocks...嘅:2; binary_searchalgorithmhalveinterval; forward_scanalgorithmscan從開始; backward_scanalgorithmscan從end.
array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
cost model:count要素comparisons.
target:10.
fewest comparisons乜嘢?

Algorithms: jump_search_2 algorithm blocks of 2; binary_search algorithm halve interval; forward_scan algorithm scan from start; backward_scan algorithm scan from end.
Array:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Cost model: count element comparisons.
Target: 10.
Fewest comparisons what?

Алгоритм: jump_search_2 алгоритм blocks туралы 2; binary_search алгоритм halve interval; forward_scan алгоритм scan from бас; backward_scan алгоритм scan from end.
Жиым:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
Тұру үлгі: санау элемент comparisons.
Нысана: 10.
Fewest comparisons не?

אַלגוֹרִיתְם: jump_search_2 אַלגוֹרִיתְם blocks שֶׁל 2; binary_search אַלגוֹרִיתְם חָצָה ה־ interval; forward_scan אַלגוֹרִיתְם סָרַק מ־ התחלה; backward_scan אַלגוֹרִיתְם סָרַק מ־ סוֹף.
מַעֲרָךְ:
  - 10
  - 12
  - 15
  - 19
  - 42
  - 43
  - 44
  - 52
  - 55
  - 58
עלות דֶּגֶם: סָפַר יְסוֹד comparisons.
מַטָּרָה: 10.
איזה fewest comparisons?