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Answer questions (a) and (b) below:   (a)    How many times exactly is the code block below executed?   For (i = 1, n) {                         For (j = 1, i) { For (k = 1, j) { code block } } }   Hint: You have to start with n=1, then make assumption what you make expect for any given n = N, and check if the formula you found works for n =N+1. This is what we call prove by induction.   (b) What is the theta value of this code segment?

Answer questions (a) and (b) below:   (a)    How many times exactly is the code block below executed?   For (i = 1, n) {                         For (j = 1, i) { For (k = 1, j) { code block } } }   Hint: You have to start with n=1, then make assumption what you make expect for any given n = N, and check if the formula you found works for n =N+1. This is what we call prove by induction.   (b) What is the theta value of this code segment?

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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 Answer questions (a) and (b) below:

 

(a)    How many times exactly is the code block below executed?

 

For (i = 1, n)

{

                        For (j = 1, i)

{

For (k = 1, j)

{

code block

}

}

}

 

Hint: You have to start with n=1, then make assumption what you make expect for any given n = N, and check if the formula you found works for n =N+1.

This is what we call prove by induction.

 

(b) What is the theta value of this code segment?

Answer questions (a) and (b) below: (a) How many times exactly is the code block below executed? For (i = 1, n) { For (j = 1, 1) For (k = = 1, j) { code block } Hint: You have to start with n=1, then make assumption what you make expect for any given n = N, and check if the formula you found works for n =N+1. This is what we call prove by induction. (b) What is the theta value of this code segment?
Transcribed Image Text:Answer questions (a) and (b) below: (a) How many times exactly is the code block below executed? For (i = 1, n) { For (j = 1, 1) For (k = = 1, j) { code block } Hint: You have to start with n=1, then make assumption what you make expect for any given n = N, and check if the formula you found works for n =N+1. This is what we call prove by induction. (b) What is the theta value of this code segment?
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