Implement different search algorithms : BST - Deleting leaf nodes

The video tutorial explains the implementation of a delete method in a tree structure. It covers the initial setup, testing for non-existent values, and the process of deleting nodes, including those with children. The tutorial emphasizes understanding through a step-by-step approach, using if-else conditions and recursive calls. It avoids tracking parent nodes directly in the node class to adhere to node principles. The tutorial concludes with enhancements to the recursive function to handle various scenarios.

What is the primary reason for using if-else conditions in the delete method implementation?

• To reduce the number of lines of code

• To enhance understanding of each step

• To ensure the code is cleaner

• To make the code more efficient

What is the expected output when trying to delete a non-existent value in the tree?

• The tree becomes empty

• A message indicating the value was not found

• The tree is printed in reverse order

• The program crashes

Why is it important to track the parent node during deletion?

• To increase the speed of deletion

• To maintain a reference for re-insertion

• To correctly remove the link from the parent

• To ensure the node is not re-added

What is the purpose of using a Boolean to determine if a node is a left or right child?

• To decide the order of traversal

• To determine which link to remove

• To simplify the code structure

• To optimize memory usage

What happens if the key is greater than the current node's data during deletion?

• The tree is rebalanced

• The node is immediately deleted

• The left child is checked

• The right child is checked