Consider the AVL Tree shown in the diagram. You are required to use the AVL Tree Deletion algorithm to delete the node with the value 0068 from the tree.After performing the deletion, list the nodes of the resulting tree in pre-order traversal order, separated by a single blank space. For instance, the tree before deletion can be described in pre-order format as: 64 33 20 55 40 60 70 68 95 98### Explanation of the AVL Tree Diagram:- **Root Node**: 0064, with a balance factor of 4.- **Left Subtree of Root**: - Node 0033, with a balance factor of 3. - Left child: 0020, with a balance factor of 1. - Right child: 0055, with a balance factor of 2. - Left child: 0040, with a balance factor of 1. - Right child: 0060, with a balance factor of 1. - **Right Subtree of Root**: - Node 0070, with a balance factor of 3. - Left child: 0068, with a balance factor of 2. - Right child: 0095, with a balance factor of 2. - Right child: 0098, with a balance factor of 1. The numbers inside each node represent the node's balance factor (the height difference between the left and right subtrees).Use this information to correctly re-balance the tree after deleting node 0068 and perform a pre-order traversal on the updated tree.

Lets see the solution in the next steps

Consider the AVL Tree below. Use the AVL Tree Deletion algorithm to delete 0068 from the tree. List the nodes of the resulting tree in pre-order traversal order separated by one blank character. For example, the tree below can be described in the above format as: 64 33 20 55 40 60 70 68 95 98

Consider the AVL Tree below. Use the AVL Tree Deletion algorithm to delete 0068 from the tree. List the nodes of the resulting tree in pre-order traversal order separated by one blank character. For example, the tree below can be described in the above format as: 64 33 20 55 40 60 70 68 95 98

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Consider the AVL Tree below. Use the AVL Tree Insertion algorithm to add 0071 to the tree. List the nodes of the resulting tree in pre-order traversal order separated by one blank character. For example, the tree below can be described in the above format as: 50 35 30 40 55 53 70 65 75 4 0050 0035 0055 1 2 0030 0040 0053 0070 0065 0075 2.
Attached is an image of a binary tree: Write the order of the nodes visited in: An in-order traversal: A pre-order traversal: A post-order traversal: What is the height of the above binary tree?
Use the Binary Search Tree (BST) insertion algorithm to insert 0078 into the BST below. List the nodes of the resulting tree in pre-order traversal order separated byłone blank character. For example, the tree below can be described in the above format as: 75 53 24 57 84 77 76 82 92 0075 0053 0084 0024 0057 0077 0092 0076 0082
Problem 3. Binary Tree Q4. Given the binary tree on the picture, match the following questions with the answers. If you cannot see the picture, please look at the pdf file BinaryTree.pdf posted under Files/Final. 1 3 4 5 What is the root? 6 7 8 How many nodes in the tree? How many leaves in the tree? 12 9 What is the height of the tree? 15 10 13 17 [Choose ] [Choose ] [Choose ] [Choose ] > > <
Read the tree from simple.dnd file and after coloring each branch with a different color write these two trees in tree.phy file.
insert the following numbers to the avl tree
Please show steps clearly
Question 3: Delete the element “66” in the following Binary Search Tree and show the resultingBST. Write the steps in deletion process.