Trace the following flowchart for when input is 28 and complete the trace table. Also, write pre-post-conditions for this flowchart. Assume input is a positive integer. The algorithm then checks ifthe number is equal to the sum of all its positive divisors (including 1 and excluding itself). It thenoutput "Yes" "No" accordingly.startnumsum 0▼i<1ii+1is num/2T(num mod i=0sum sum +iFsum numT"Yes"endF"No"sumoutputITTTInum Trace the following flowchart for when input is 25 and complete the trace table. Then, trace with13. Complete the 2nd table. Also, write pre- post- conditions for this flowchart. Assume input is apositive integer.startnumprime ← trued← 2prime = true andd≤ num / 2num mod d=0prime ←falseKd< d + 1FFprime = trueTnum,"is prime"endF"is not prime"numnumprime dprime doutputoutput

The for loop is a control flow statement that's used to iterate through a sequence of values. The…

Trace the following flowchart for when input is 28 and complete the trace table. Also, write pre- post-conditions for this flowchart. Assume input is a positive integer. The algorithm then checks if the number is equal to the sum of all its positive divisors (including 1 and excluding itself). It then output "Yes" "No" accordingly.

Trace the following flowchart for when input is 28 and complete the trace table. Also, write pre- post-conditions for this flowchart. Assume input is a positive integer. The algorithm then checks if the number is equal to the sum of all its positive divisors (including 1 and excluding itself). It then output "Yes" "No" accordingly.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter5: Control Structures Ii (repetition)

Section: Chapter Questions

Problem 32SA

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