Implement Stack using Array

To implement a stack using an array, initialize an array and treat its end as the stack’s top. Implement push (add to end), pop (remove from end), and peek (check end) operations, handling cases for an empty or full stack.

Step-by-step approach:

  1. Initialize an array to represent the stack.
  2. Use the end of the array to represent the top of the stack.
  3. Implement push (add to end), pop (remove from the end), and peek (check end) operations, ensuring to handle empty and full stack conditions.

Implement Stack using Array

Stack is a linear data structure which follows LIFO principle. In this article, we will learn how to implement Stack using Arrays. In Array-based approach, all stack-related operations are executed using arrays. Let’s see how we can implement each operation on the stack utilizing the Array Data Structure.

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Implement Stack using Array:

To implement a stack using an array, initialize an array and treat its end as the stack’s top. Implement push (add to end), pop (remove from end), and peek (check end) operations, handling cases for an empty or full stack....

Implement Stack Operations using Array:

Here are the following operations of implement stack using array:...

Advantages of Array Implementation:

Easy to implement.Memory is saved as pointers are not involved....

Disadvantages of Array Implementation:

It is not dynamic i.e., it doesn’t grow and shrink depending on needs at runtime. [But in case of dynamic sized arrays like vector in C++, list in Python, ArrayList in Java, stacks can grow and shrink with array implementation as well].The total size of the stack must be defined beforehand....