Disadvantages of Stack Data Structure
- Limited access: Elements in a stack can only be accessed from the top, making it difficult to retrieve or modify elements in the middle of the stack.
- Potential for overflow: If more elements are pushed onto a stack than it can hold, an overflow error will occur, resulting in a loss of data.
- Not suitable for random access: Stack s do not allow for random access to elements, making them unsuitable for applications where elements need to be accessed in a specific order.
- Limited capacity: Stacks have a fixed capacity, which can be a limitation if the number of elements that need to be stored is unknown or highly variable.
What is Stack Data Structure? A Complete Tutorial
Stack Data Structure is a linear data structure that follows LIFO (Last In First Out) Principle , so the last element inserted is the first to be popped out. In this article, we will cover all the basics of Stack, Operations on Stack, its implementation, advantages, disadvantages which will help you solve all the problems based on Stack.
Table of Content
- What is Stack Data Structure?
- Representation of Stack Data Structure:
- Types of Stack Data Structure:
- Basic Operations on Stack Data Structure
- Push Operation in Stack Data Structure
- Pop Operation in Stack Data Structure
- Top or Peek Operation in Stack Data Structure
- isEmpty Operation in Stack Data Structure
- isFull Operation in Stack Data Structure
- Implementation of Stack Data Structure
- Implementation of Stack Data Structure using Array
- Implementation of Stack Data Structure using Linked List
- Complexity Analysis of Operations on Stack Data Structure
- Advantages of Stack Data Structure
- Disadvantages of Stack Data Structure
- Applications of Stack Data Structure
Contact Us