![]() If it is reached to last node then display 'Given node is not found in the list!!! Insertion not possible!!!' and terminate the function. ![]() Step 6 - Every time check whether temp is reached to last node or not.Step 5 - Keep moving the temp to its next node until it reaches to the node after which we want to insert the newNode (until temp1 → data is equal to location, here location is the node value after which we want to insert the newNode).Step 3 - If it is Empty then, set newNode → next = NULL and head = newNode.We can use the following steps to insert a new node after a node in the single linked list. Inserting At Specific location in the list (After a Node) Step 5 - Keep moving the temp to its next node until it reaches to the last node in the list (until temp → next is equal to NULL).Step 4 - If it is Not Empty then, define a node pointer temp and initialize with head.Step 3 - If it is Empty then, set head = newNode.Step 2 - Check whether list is Empty ( head = NULL).Step 1 - Create a newNode with given value and newNode → next as NULL.We can use the following steps to insert a new node at end of the single linked list. Step 4 - If it is Not Empty then, set newNode→next = head and head = newNode.Step 3 - If it is Empty then, set newNode→next = NULL and head = newNode.Step 1 - Create a newNode with given value.We can use the following steps to insert a new node at beginning of the single linked list. Inserting At Specific location in the list.In a single linked list, the insertion operation can be performed in three ways. Step 5 - Implement the main method by displaying operations menu and make suitable function calls in the main method to perform user selected operation. ![]()
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