4. USE THE FOLLOWING BINARY SEARCH TREE FOR PARTS (a) – (d):FDHKMR(a) Write the inorder traversal of the binary tree above.(b) Write the preorder traversal of the binary tree above.(c) Write the postorder traversal of the binary tree above.(d) Draw the tree after the node containing M is removed.TW

a) Inorder Traversal:The inorder traversal of a binary tree visits the nodes in the following…

Answered: 4. USE THE FOLLOWING BINARY SEARCH TREE…

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

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A full binary tree of height h has n=2h+1-1 nodes level 0: 1, level 1: 2, level 2: 22=4 level h: 2h Total nodes: n=2h+1-1 30 10 8 18 28 40 9 15 22 29 35 7 24 12 32 6. 14 23 27 13 20
root For the given binary tree, list the nodes in order of visit when the following traversal algorithms are used. 1. Postorder Traversal 2. Preorder Traversal 3. Inorder Traversal
11. Draw a binary tree with at least 20 nodes and put in some random labels (numbers, letters, doesn't really matter as long as they are unique) list the leaf nodes • list the root node • list the nodes in a preorder, postorder, inorder, breadthfirst manner
Question 8 Construct a binary tree by using the inorder traversal given below. Inorder: N, M, P, O, Q M B (0) M N M N M Q N P P P Q
C++ Sketch a left rotation on an AVL. build the following AVL tree: insert 5insert 2insert 7insert 9insert 11 follow the insert algorithm draw out the original tree prior to any rotations-which node breaks the avl condition-label N, R, A, B, C, and the parent of N.-draw out the final tree after any rotation
Traversal 1. Draw the binary search tree that results from inserting the numbers below starting with 70 and ending with 62. (70 11 47 81 20 61 10 12 13 62)2. For the tree above, list the nodes in a preorder, postorder and inorder traversalPreorder: Postorder:Inorder:3. Redraw tree after deleting 11
Please provide code in Python Language design algorithms for the following operations for a binary tree T: preorder next(p): Return the position visited after p in a preorder traversal of T (or None if p is the last node visited). inorder next(p): Return the position visited after p in an inorder traversal of T(or None if p is the last node visited).
Question 2) Build a binary search tree by adding the following nodes to the tree in the order they appear. Travers the binary tree in the inorder, preorder and postorder. 5 2 10 4 18 13 77 70 18 41 40 16 67 44 5 10 55 75 75 49 100 1
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Please help with d, , and f
4. Draw the binary search tree whose root node is the 7th and 8th digit of your id i.e. ID: 2221078842, the root node is 88, and elements are inserted in the following order. 52 75 93 97 105 28 13 11 9 2 10 25 19 54 16 18 95 Print the elements of the tree after deleting nodes 9, 2, 25. Now insert new nodes 22, 100 and print the elements in the tree (postorder). [Just write the main.cpp must use the class included in your final syllabus to solve this problem]
(i) What is meant by traversal in a tree? (ii) Name the 3 types of traversals. Write the traversal order for the tree given below. 60 41 74 16 53 65 90 25 46 55 63 70 12 42 62 64

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