a) Construct a BST (show the steps) using the number list (assuming the BST is built from left to right of this list): {51, 60, 30, 22, 65, 12, 51, 90, 43, 100}
b) Is the tree balanced? Why?
c) Show the output results (number list) of a pre-order traversal on the tree you just constructed
a)

b)
no, tree is not balanced.
because height of left subtree at 60 is 0 but height at right subtree at 60 is 2
so, height difference is 2.
if height difference at at node is more than 1, then the tree is unbalanced
c)
12, 22, 43, 30, 51, 100, 90, 65, 60, 51
a) Construct a BST (show the steps) using the number list (assuming the BST is built...
Construct a Binary Search Tree (BST) program in C++. The program is required to: 1) load the BST from a dataset (I will provide the datasets-see below) in the order they exist in the dataset. 2) after the BST is built analyze the BST and display the following values: 2.1) the smallest branch height 2.2) the highest branch height 2.3) the number of nodes in the tree 2.4) the determination if the tree is balanced 2.5) the determination if the...
show all steps-python
Review the following BST and create the inorder, preorder and
postorder list.
Follow both algorithms. If the node has a left child
and a right child, 1) replace the node’s value with the largest
value
in the left subtree and delete that value’s node from the left
subtree.
Or 2) replace the node’s value with the smallest value in the
right subtree and delete that value’s node from the right
subtree.
-What are the two possible values for...
Consider the following BST: 50 30 70 20 40 60 80 15 35 65 36 64 66 QUESTION 32 child of node Referring to the tree above, the value 62 would be inserted as the (left or right) left or right: node: QUESTION 33 Referring to the original tree above (the exact tree in the picture), which nodes are the predecessor and successor of 50 if 50 was deleted. predecessor: successor: QUESTION 34 Referring to the original tree above (the...
Please show that the code is working at the end. Your program should read from the standard input a sequence of integer values, with each value separated by a space. Your task is to: Build a binary search tree using these values in the order they are entered. Print 3 traversals: pre-, in-, and post-order. Allow the user to insert/delete a value. Once a new tree is generated, print it in-order. Find predecessor of a given value. The predecessor is...
show all steps
Review the following BST and create the inorder, preorder and
postorder list.
Try to delete the value 17 and after deletion create the
inorder, preorder and postorder list.
Follow both algorithms. If the node has a left child
and a right child, 1) replace the node’s value with the largest
value
in the left subtree and delete that value’s node from the left
subtree.
Or 2) replace the node’s value with the smallest value in the
right subtree...
show all steps-python
Review the following BST and create the inorder, preorder and
postorder list.
Try to delete the value 17 and after deletion create the
inorder, preorder and postorder list.
Follow both algorithms. If the node has a left child
and a right child, 1) replace the node’s value with the largest
value
in the left subtree and delete that value’s node from the left
subtree.
Or 2) replace the node’s value with the smallest value in the
right subtree...
Would appreciate the answer in the Java coding language please
and thank you!
10d 10h left Java 7 1. Check the Structure Autocomplete Ready 1 > import java.io.*;... 10 ALL A binary tree uses a multi-node data structure where each node may have 0 to 2 child nodes, and has one stored value, its node number in this case. A tree may either be: 11 class Result { * Complete the 'isValid' function below. • An empty tree, the root...
hi, I am suppose to implement that method in java for bst but the result doesn't work as excpected * _Part 8: Implement this method._ * * toString() is a method defined by Java's Object class * that can be used to provide a String representation for your * class. It is called anytime you concatenate an Object to * a String. * * Build a string representation of the BST that describes both * the values stored inside and...
package hw3; import java.util.LinkedList; /* *********************************************************************** * A simple BST with int keys and no values * * Complete each function below. * Write each function as a separate recursive definition (do not use more than one helper per function). * Depth of root==0. * Height of leaf==0. * Size of empty tree==0. * Height of empty tree=-1. * * TODO: complete the functions in this file. * DO NOT change the Node class. * DO NOT change the name...
using java to write,show me the output. please write some
common.
You CAN NOT use inbuild functions for Tree ADT operations.
using code below to finsih
public class Main
{
public static void main(String[] args) {
BinaryTree tree = new
BinaryTree();
tree.root = new Node(1);
tree.root.left = new Node(2);
tree.root.right = new Node(3);
tree.root.left.left = new Node(4);
tree.root.left.right = new Node(5);
tree.root.right.left = new Node(6);
tree.root.right.right = new Node(7);
tree.root.left.left.left = new Node(8);
tree.root.left.left .right= new Node(9);...