![]() ![]() We can do this by traversing the list until we find the node with the matching value. To remove an element from the list, we need to find the node that contains the value that we want to remove. Then, we can set the new node as the new tail of the list. ![]() To add an element to the list, we need to create a new node and set the next reference of the previous tail node to point to the new node. The head node will store the first element in the list, and the tail node will store the last element in the list. This class will have two data members: a head node and a tail node. Next, we need to create a LinkedList class. Each node will have two data members: an integer value and a reference to the next node in the list. To create a singly linked list, we first need to create a node class. The first node in the list is called the head, and the last node in the list is called the tail. Each element in the list is called a node, and each node has a reference to the next node in the list. Creation and Traversal of Singly Linked ListĪ linked list is a data structure that stores a sequence of elements. By processing the list in reverse order, quicksort can sort the list more efficiently. For example, the popular sorting algorithm quicksort uses a singly linked list to store the list of items that need to be sorted. Singly linked lists are also often used in algorithms that need to process a list of items in reverse order. For example, a singly linked list can be used to store a list of tasks that need to be completed, with the head node representing the first task to be completed and the tail node representing the last task to be completed. One common application is to store a list of items that need to be processed in order. There are many applications for singly linked lists. So, you can only traverse it in one direction, i.e., from head node to tail node. A singly linked list is a unidirectional linked list. ![]()
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