True or FalseGiven a stack implemented as an array, and the following functions performed: Push(A), Push (B), Push(C), Pop(), Push(D), Push(E), Pop(), Push(F) The array will be [A][B][D][F] and the “top” of the stack will be at index 3 where [F] isThe next element that will be removed when Pop is called will be AIf we Push(G), [G] will be inserted at index 0 Given a queue implemented as an array with a maximum capacity of 5 elements and O(1) insert and remove, and the following functions are performed: Insert(7), Insert(6), Insert(5), Insert(4), Remove(), Remove(), Insert(3), Insert(2), Insert(1), Remove() The removeIndex value will be index 4The array will be [2][1][ ][4][3]The insertIndex value will be index 2 Given a priority queue implemented as a standard linked list with only a head pointer, insert performing at O(n) and remove at O(1), and the following functions performed (higher numbers represent higher priorities): Insert(“Rick”, 75), Insert(“Carol”, 80), Insert(“Daryl”, 65), Remove(), Insert(“Negan”, 60), Insert(“Maggie”, 25), Remove(), Insert(“Michonne”, 55) If Insert(“Eugene”, 40) is called, it will be added as the last node in the linked listThe linked list from head to the end at this point is Rick, Negan, Michonne, and then MaggieCarol was the first element removed from the priority queueNone of the above

Stack works on the principle LAST IN FIRST OUT. Top of the stack will always point to the last…

Answered: True or False Given a stack…

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter18: Stacks And Queues

Section: Chapter Questions

Problem 1TF

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Question

True or False

Push(A), Push (B), Push(C), Pop(), Push(D), Push(E), Pop(), Push(F)

The array will be [A][B][D][F] and the “top” of the stack will be at index 3 where [F] is
The next element that will be removed when Pop is called will be A
If we Push(G), [G] will be inserted at index 0

Given a queue implemented as an array with a maximum capacity of 5 elements and O(1) insert and remove, and the following functions are performed:

Insert(7), Insert(6), Insert(5), Insert(4), Remove(), Remove(), Insert(3), Insert(2), Insert(1), Remove()

Given a priority queue implemented as a standard linked list with only a head pointer, insert performing at O(n) and remove at O(1), and the following functions performed (higher numbers represent higher priorities):

Insert(“Rick”, 75), Insert(“Carol”, 80), Insert(“Daryl”, 65), Remove(), Insert(“Negan”, 60), Insert(“Maggie”, 25), Remove(), Insert(“Michonne”, 55)

If Insert(“Eugene”, 40) is called, it will be added as the last node in the linked list
The linked list from head to the end at this point is Rick, Negan, Michonne, and then Maggie
Carol was the first element removed from the priority queue
None of the above

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