Consider the following code: struct ListNode int value;...

Consider the following code:
struct ListNode
{
int value;
struct ListNode *next;
};
ListNode *head; // List head pointer
Assume a linked list has been created and head points to the first node. Write code that traverses the list displaying the contents of each node’s value member.

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Key Concepts

Linked Lists

A linked list is a linear data structure in which elements, called nodes, are connected using pointers. Each node holds data and a reference to the next node, which enables dynamic memory allocation and efficient insertion or deletion operations.

Node Structure

The node structure defines the basic unit of a linked list. It typically contains data attributes and one or more pointers to other nodes. Understanding the node structure is essential as it encapsulates both the data and connectivity required to form the list.

Pointers

Pointers are variables that store memory addresses, and they are fundamental to creating dynamic data structures like linked lists. In a linked list, pointers are used to link nodes together, enabling traversal from one node to the next and manipulation of the list structure.

List Traversal

List traversal involves visiting each node in a linked list sequentially. This is usually achieved by initializing a pointer to the first node and iteratively accessing each subsequent node until the end of the list (a null pointer) is reached, allowing operations such as display or search to be performed on node data.

Consider the following code: struct ListNode { int value; struct ListNode next; }; ListNode head; // List head pointer Assume a linked list has been created and head points to the first node. Write code that traverses the list displaying the contents of each node’s value member.

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