i want the answer for 2 qustion Insert key 63 into the following Max-heap, then delete key 70. Use your final result to answer the following questions:70605040302010Max heap(a) What is the index of the node containing key 60 in the resulting tree?(b) List the leaves from left-to-right in the resulting tree?Note: The root is considered to have index 0. Using the given BST, list the elements of the resulting tree in breadth-first order after applying each of the following operations.(a) insert keys 35 and 23(b) delete key 20 using delete-by-copying method and using the predecessor of this key(c) delete key 36 using delete-by-mergeing method and by merging to the left subtree.Note: apply operation (b) on the tree resulting of (a), and apply operation (c) on the tree resulting of (b)25203610223040122838485

As per Bartleby guidelines: “Since you have asked multiple questions, we will solve the first…

Insert key 63 into the following Max-heap, then delete key 70. Use your final result to answer the following questions: 70 60 50 40 30 20 10 Max heap (a) What is the index of the node containing key 60 in the resulting tree? (b) List the leaves from left-to-right in the resulting tree? Note: The root is considered to have index 0.

Insert key 63 into the following Max-heap, then delete key 70. Use your final result to answer the following questions: 70 60 50 40 30 20 10 Max heap (a) What is the index of the node containing key 60 in the resulting tree? (b) List the leaves from left-to-right in the resulting tree? Note: The root is considered to have index 0.

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

Using the given BST, list the elements of the resulting tree in breadth-first order after applying each of the following operations: (a) insert keys 35 and 23 (b) delete key 20 using delete-by-copying method and using the predecessor of this key (c) delete key 36 using delete-by-mergeing method and by merging to the left subtree. Note: apply operation (b) on the tree resulting of (a), and apply operation ( c) on the tree resulting of (b)
Write solution step by step Insert the following elements in an empty AVL tree one by one: 14,17,11,7,53,4,13. Balance the tree after each insertion. Then delete the elements: 53, 11 and balance it.
Question 17 Consider the AVL Tree below. Use the AVL Tree Deletion algorithm to delete 0030 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: 66 22 30 77 68 79 88 0066 2 3 0022 0077 11 0030 0068 0079 1 0088
According to the following requests, please draw the operations procedure of binary search tree as step by step. Note: The deletion of double child nodes adopts the left subtree uniformly Input: 53, 82, 77, 37, 26, 45, 87, 18, 66, 12, 84, 79 Delete: 12, 77 Input: 58, 23, 51, 16, 95, Delete: 53
Construct a BST from given data: 51, 34, 45, 02, 78, 36, 61, 41.Now, draw the final tree after following operations: (show all the steps)i. node 20 is added ii. node 15 is added iii. node 88 is added iv. node 22 is deleted v. node 25 isdeleted
Part (a): Show the result of inserting 2, 0, 5, 7, 9, 1, 6, 8, 3, 4 into an initially empty binary search tree. Part (b): Show the result of deleting the root. Note: in this question use the successor node (not the predecessor) for the replacement Note this is a BST, not a Balanced BST.
Use the given AVL tree to answer each of the following questions: (a) Which is the deepest unbalanced node after inserting key 5, but before re-balancing, and what is its balance factor? (b) After the insertion, perform all the necessary rotations required to re-balance the tree, and after each rotation,state the type of rotation done and list the keys of the resulting tree in the form: After Left/Right rotation: e1, e2, e3, ...., en.
Question 16 Consider the AVL Tree below. Use the AVL Tree Insertion algorithm to add 99 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: 66 22 30 77 70 92 85 98 4 0066 3 0022 0077 11 0030 0070 0092 1 0085 0098 2]
Draw the BST with level order C, A, D, B. Beneath the tree, list the 3 different insertion sequences that could have generated the tree.
Use the tree from your assignment 5. Show your solutions. Perform the following operation on the AVL Tree separately. 2. Remove 50. 37 25 50 13
Consider the following B+ tree. Draw the final B+ tree after deleting 50, 24, 65, 93, 75 (in the given order).
Question 3: Draw the BST obtained after inserting in the given order: 1,2,3,4,5,6,7. Draw the Red-Black tree obtained after inserting in the given order: 1,2,3,4,5,6,7.