#Update the last previous node current element #Initialize the current.next last previous node #Funcion to insert new node in the linked list Self.next=None #Creating next reference of the node Self.data=data #Creating data to be stored in the node of the linked list Creating fourth node of the linked list Creating second node of the linked list Update the last previous node current element Initialize the current.next last previous node Insert the head if the linked list is null Function to insert the node in the linked list Node next //Reference of the node in the linked list Int data //Data to be stored in the node of the linked list Creating static class of the linked list Creating head reference of the linked list Update the second reference/Pointer with the current element. Store the current.next element in one reference or pointer of the node.Ĭhange the current.next reference/pointer to the second reference. Iterate the original Linked List using for loop or while loop and do the following operations. In this approach, we use three-pointers or three references. ![]() Given a Singly Linked list containing n number of predefined nodes, the main task is to reverse the linked list without using any other linked lists. In this article, we will discuss how to reverse a singly linked list using two approaches. Linked list overcomes this drawback as well as many other drawbacks of the array data structure with the help of concepts such as pointers and references. Deletion of the elements of the array data structure is highly in-efficient and requires a very time-consuming process. The most important one is the drawbacks of the array data structure. Linked List is one of the most important data structures in computer science due to several reasons.
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