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Consider the following problem. The input to the probiem is two ascending sorted arrays A and B of positive integers, A (1) < A (2) < ••• < A(m), m > 1. B(1)< B(2) < • • • < B(n), n> 1. An integer x is given. Design an algorithm of lowest O complexity to determine if there are two elements, one in array A and another in array B such that their product is x. State your algorithm in no more than eight simple English sentences such as sort the elements, add the numbers etc. (These two operations may not be the ones you need in your algorithm.) complexity among the following. Do not write a pseudocode. Circle your (a) O (log (m + n)). (c) O (m n). (b) O (m + n) log (m + n)). (d) O(m²+n²) (e) O (m²+n² log (m + n)). (f) none mentioned before. tioned above", state your If your answer is "none complexity.

Consider the following problem. The input to the probiem is two ascending sorted arrays A and B of positive integers, A (1) < A (2) < ••• < A(m), m > 1. B(1)< B(2) < • • • < B(n), n> 1. An integer x is given. Design an algorithm of lowest O complexity to determine if there are two elements, one in array A and another in array B such that their product is x. State your algorithm in no more than eight simple English sentences such as sort the elements, add the numbers etc. (These two operations may not be the ones you need in your algorithm.) complexity among the following. Do not write a pseudocode. Circle your (a) O (log (m + n)). (c) O (m n). (b) O (m + n) log (m + n)). (d) O(m²+n²) (e) O (m²+n² log (m + n)). (f) none mentioned before. tioned above", state your If your answer is "none complexity.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Consider the following problem. The input to the probiem is two ascending sorted arrays A and B of positive integers, A (1) < A (2) < ••• < A(m), m > 1. B(1)< B(2) < •• • < B(n), n> 1. An integer x is given. Design an algorithm of lowest O complexity to determine if there are two elements, one in array A and another in array B such that their product is x. State your algorithm in no more than eight simple English sentences such as sort the elements, add the numbers etc. (These two operations may not be the ones you need in your algorithm.) complexity among the following. Do not write a pseudocode. Circle your (a) O (log (m + n)). (c) O (m n). (b) O (m + n) log (m + n)). (d) O(m²+n²) (e) O (m²+n² log (m + n)). (f) none mentioned before. If your answer is "none mentioned above", state your complexity.
Transcribed Image Text:Consider the following problem. The input to the probiem is two ascending sorted arrays A and B of positive integers, A (1) < A (2) < ••• < A(m), m > 1. B(1)< B(2) < •• • < B(n), n> 1. An integer x is given. Design an algorithm of lowest O complexity to determine if there are two elements, one in array A and another in array B such that their product is x. State your algorithm in no more than eight simple English sentences such as sort the elements, add the numbers etc. (These two operations may not be the ones you need in your algorithm.) complexity among the following. Do not write a pseudocode. Circle your (a) O (log (m + n)). (c) O (m n). (b) O (m + n) log (m + n)). (d) O(m²+n²) (e) O (m²+n² log (m + n)). (f) none mentioned before. If your answer is "none mentioned above", state your complexity.
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