The time complexity of both push and pop operations on a stack implemented with an array is O(1).a.FALSEb.TRUE
Question
The time complexity of both push and pop operations on a stack implemented with an array is O(1).a.FALSEb.TRUE
Solution
b.TRUE
The time complexity for both push and pop operations in a stack implemented with an array is indeed O(1). This is because adding an element to the end of an array (push) and removing an element from the end of an array (pop) are both constant time operations, meaning they do not depend on the size of the array.
Similar Questions
What is the time complexity of the push() operation in an array-based stack?
The push and pop operations of a stack have a time complexity of____ O(1) for both. O(log n) for both. O(1) for push, O(n) for pop. O(n) for push, O(1) for pop.
What is the time complexity of pop() operation when the stack is implemented using an array?O(1)O(n)O(logn)O(nlogn)
What is the time complexity of the push, pop, top, and empty operations in a stack implemented using the STL std::stack?O(1) for all operationsO(log n) for all operationsO(1) for push and pop, O(n) for top and emptyO(n) for all operations
What is the time complexity of the “push” operation onto a stack?O(n)O(1)O(log(n))O(nlog(n))O(2^n)O(n!)O(n^2)
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.