Question

Suppose a stack is to be implemented with a linked list instead of an array. What would be the effect on the time complexity of the push and pop operations of the stack implemented using linked list (Assuming stack is implemented efficiently)? Select one: A. O(1) for insertion and O(n) for deletion B. O(1) for insertion and O(1) for deletion C. O(n) for insertion and O(1) for deletion D. O(n) for insertion and O(n) for deletion

          Suppose a stack is to be implemented with a linked list instead of an array. What would be the effect on the time complexity of the push and pop operations of the stack implemented using linked list (Assuming stack is implemented efficiently)?
Select one:
A. O(1) for insertion and O(n) for deletion
B. O(1) for insertion and O(1) for deletion
C. O(n) for insertion and O(1) for deletion
D. O(n) for insertion and O(n) for deletion

Suppose a stack is to be implemented with a linked list instead of an array. What would be the effect on the time complexity of the push and pop operations of the stack implemented using linked list (Assuming stack is implemented efficiently)?
Select one:
A. O(1) for insertion and O(n) for deletion
B. O(1) for insertion and O(1) for deletion
C. O(n) for insertion and O(1) for deletion
D. O(n) for insertion and O(n) for deletion

Added by Gabriela C.

Computer Science and Information Technology

Trishna Knowledge Systems 2018 Edition

Instant Answer

Solved by Expert Aparna Shakti

07/18/2025

Step 1

A stack is a data structure that follows the Last-In-First-Out (LIFO) principle. The two primary operations of a stack are: - Push: Adding an element to the top of the stack. - Pop: Removing the element from the top of the stack. Show more…

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