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Stack in Data structure | Data Structures and Algorithms | DSA Full Course | Coding With Clicks
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Stacks in Data Structures are a type of linear data structure that adheres to the LIFO (Last-In-First-Out) principle and allows insertion and deletion operations from the top end of the stack data structure. The stack can be implemented using contiguous memory, which is an array, or non-contiguous memory, which is a linked list. Stack is essential in many applications.
The stack data structure is a linear data structure that follows the LIFO (Last In First Out) or FILO principle (First In Last Out). A deck of cards, piles of books, piles of money, and many other real-life examples of stacks exist. This example enables you to perform operations from only one end of the stack, such as inserting and removing new books from the top of the stack. This means that in the stack data structure, insertion and deletion can only be performed from the top of the stack. At any given time, you can only access the top of the stack. Some operations that are implemented on the stack are as follows. push operation, pop operation, peek operation.
A push operation is when a new element is added to the stack.
The removal or deletion of elements from the stack is referred to as a pop operation. The push operation involves the addition of new elements to the stack. Because you only have one end to insert a unique element on top of the stack, it places the new element on top of the stack.
Because you only have one end to do all top of the stack, the pop operation refers to removing the element from the stack again. As a result, removing an element from the top of the stack is referred to as a pop operation.
The peek operation refers to retrieving the topmost element in the stack without removing it from the data element collections. The isFull function determines whether or not a stack is empty. The isEmpty function determines whether or not a stack is empty.
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The stack data structure is a linear data structure that follows the LIFO (Last In First Out) or FILO principle (First In Last Out). A deck of cards, piles of books, piles of money, and many other real-life examples of stacks exist. This example enables you to perform operations from only one end of the stack, such as inserting and removing new books from the top of the stack. This means that in the stack data structure, insertion and deletion can only be performed from the top of the stack. At any given time, you can only access the top of the stack. Some operations that are implemented on the stack are as follows. push operation, pop operation, peek operation.
A push operation is when a new element is added to the stack.
The removal or deletion of elements from the stack is referred to as a pop operation. The push operation involves the addition of new elements to the stack. Because you only have one end to insert a unique element on top of the stack, it places the new element on top of the stack.
Because you only have one end to do all top of the stack, the pop operation refers to removing the element from the stack again. As a result, removing an element from the top of the stack is referred to as a pop operation.
The peek operation refers to retrieving the topmost element in the stack without removing it from the data element collections. The isFull function determines whether or not a stack is empty. The isEmpty function determines whether or not a stack is empty.
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