> Question Completion Status:QUESTION 11What is the time complexity function of the following algorithm?1. Input string #1,..., n2. For i = 1 to n - 1 do2.1 For j = 1 + 1 to n do2.1.1 If ; = 2, then2.1.1.1 Return "There is duplicate integer in the string.3. Return "There are no duplicate integers in the string."a.f(n) =n² - nO b. f(n) = n²O c. f(n) = nO d. f(n) = 2nQUESTION 12An algorithm has time complexity f(n) = n4+200x²+ 10000.Of is 0 (1)Of is 0 (n²)Of is 0 (n¹)Of is 0 (nº)QUESTION 13Algorithm one has time complexity that is O(n) and algorithm two has time complixity f, that isAlgorithm one is faster.Algorithm two is faster.The two algorithms are equally fast.We can not tell from the information given.Click Save and Submit to save and submit. Click Save All Answers to save all answers.

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Answered: Question Completion Status: QUESTION 11…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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QUESTION 13 What is the time complexity function of the following algorithm? 1. Input strings ... and y... n and s 2. For 1 ton do 2.1. If zs then 2.1.1. Return "String one contains s." 3. For i 1 ton do 3.1. If ys then 3.1.1. Return "String two contains s." 4. Return "Neither string contains s." af(n) =n b. n²-n f(n) = 2 Ocf(n)=2n d.f(n) =n² QUESTION 14 What is the time complexity function of the following algorithm? 1. Input string ..... In. 2. For i 1 ton-1 do 2.1 For j=i+1 ton do 2.1.1 If = then 2.1.1.1 Return "There is duplicate integer in the string." 3. Return "There are no duplicate integers in the string." a. f(n) = 2n b. n²-n f(n) = 2 f(n) =n² d.f(n) =n
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