Category: C

Explanation of the Code: Output: When the program is run, the output will be: Explanation of the Output: For the given binary tree: Thus, the output of the inorder traversal…

Explanation: Output of the Program When you run the program, the output will be: How the Program Works Thus, the traversal sequence is 1 2 4 5 3 6.

Output Explanation The program creates a binary tree as shown above and finds the LCA of different pairs of nodes: Output How It Works

Explanation: Explanation of the Output: This program effectively demonstrates the basic operations of a stack using a linked list, providing flexibility in terms of dynamic memory usage and avoiding the…

Explanation: Explanation of the Output: This implementation demonstrates how to use a linked list to efficiently manage a queue, ensuring that elements can be added or removed dynamically as needed.

Explanation : How the Circular Nature Works

Explanation Output Summary This implementation of a hash table using chaining effectively handles collisions by storing keys in a linked list at each index. It allows for efficient insertion, searching,…

Code Explanation 4. Output When you run the program, you can expect output similar to the following: Conclusion This implementation covers the basics of a binary heap with insertions and…

Explanation of the Code Running the Program To run this program: Execute the program: Sample Output When you run the program, you will see output similar to this: Explanation of…

Explanation of the Code Output of the Program When the above program is executed, the output will be: This output matches the expected order of visiting nodes in postorder for…