After that, we can call the recursion for the other part of the list that maintains the connection between nodes. To apply the recursive approach for a reverse linked list, we are required to divide the linked list into two different parts such as the first node and the remaining list.
Recursive Approach(Algorithms, Code and Output) We will also see the implementation of Reverse Linked List in various programming languages that will help you better understand the logic behind its implementation. In this article, we are going to understand some useful examples with their basic concepts. Several operations can be performed in a reversed linked list, just like we do in the simply linked list like Insertion, deletion, updating, etc. The linked list is a fundamental data structure that has subtypes such as stack and queues. The last node is connected with the first node, and the first node is fixed.
In a reversed linked list, the list is divided into two parts, such as the first part is the first node of the list, and the second part is the rest of the linked list.
And when such a linked list is reversed, it is called Reversed Linked List. In simple language, we can say that a linked list is a data structure in which the data items are connected via links where each link is connected to another link. A linked list is a type of data structure that consists of data and a pointer in which the pointer points to the next node is called a linked list. So, we will first see what a linked list is. Frequently Asked Questions on Reversed Linked ListĪ reversed linked list is the opposite of a linked list.Iterative Approach(Algorithms, Code and Output).Recursive Approach(Algorithms, Code and Output).