1. Circular Singly Linked List Here, the address of the last node consists of the address of the first node. Circular Linked List Representation 2. Circular Doubly Linked List Here, in addition to the last node storing the address of the first node, the first node will also store the ad...
(s*singlyLinkedList)Traverse()error{ifs.head==nil{returnfmt.Errorf("TraverseError: List is empty")}current:=s.headforcurrent!=nil{fmt.Println(current.data)current=current.next}returnnil}//Function to convert singly linked list to circular linked listfunc(s*singlyLinkedList)ToCircular(){current...
In the given BST,show the steps to delete node (42) 50,68,90.Draw the list and show the changes in your diagrams if a node with value24is "Inserted at first" and also if a "delete last node" operation is carried out.[5]...
//node structure of linked list structNode{int data;structNode*next; }; //converting singly linked list //to circular linked list structNode* circular(structNode* head){structNode* start = head;while(head->next!= NULL) head = head
The insertion operation of a circular linked list only inserts the element at the start of the list. This differs from the usual singly and doubly linked lists as there is no particular starting and ending points in this list. The insertion is done either at the start or after a particular...