LinkedList Deletion at Beginning
Algorithm INPUT: HEADER IS A POINTER TO THE HEADER NODE OF THE LINKEDLIST OUTPUT: LINKEDLIST WITHOUT FIRST ELEMENTDATA STRUCTURE: SINGLY LINKEDLIST Code Output
LINKEDLIST
LinkedList Insertion at any position
Algorithm INPUT: HEADER IS A POINTER TO THE HEADER NODE OF THE LINKEDLIST AND X IS THE ELEMENT TO BE INSERTEDOUTPUT: LINKEDLIST WITH THE ADDED ELEMENTDATA STRUCTURE: SINGLY LINKEDLIST Code Output
LinkedList Insertion at the End
Stepwise algorithm for inserting element at the end of a Linkedlist INPUT: HEADER IS A POINTER TO THE HEADER NODE OF THE LINKEDLIST AND X IS THE ELEMENT TO BE INSERTEDOUTPUT: LINKEDLIST WITH THE ADDED ELEMENTDATA STRUCTURE: SINGLY LINKEDLIST The given pseudocode represents the process of appending a new node to the end of a
LinkedList Insertion at Beginning
Algorithm INPUT: HEADER IS A POINTER TO THE HEADER NODE OF THE LINKEDLIST AND X IS THE ELEMENT TO BE INSERTEDOUTPUT: LINKEDLIST WITH THE ADDED ELEMENT DATA STRUCTURE: SINGLY LINKEDLIST Code Output
Linkedlist Traversal
Algorithm INPUT: HEADER is a pointer to the header node of the linkedlistOUTPUT: Prints all the elements of the linkedlistDATA STRUCTURE: Singly Linkedlist Code Output