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- only c here is "BinaryNode.java" // BinaryNode class; stores a node in a tree. // // CONSTRUCTION: with (a) no parameters, or (b) an Object, // or (c) an Object, left child, and right child. // // *******************PUBLIC OPERATIONS********************** // int size( ) --> Return size of subtree at node // int height( ) --> Return height of subtree at node // void printPostOrder( ) --> Print a postorder tree traversal // void printInOrder( ) --> Print an inorder tree traversal // void printPreOrder( ) --> Print a preorder tree traversal // BinaryNode duplicate( )--> Return a duplicate tree /** * Binary node class with recursive routines to * compute size and height. */ class BinaryNode { public BinaryNode( ) { this( 0, null, null ); } public BinaryNode( int theElement, BinaryNode lt, BinaryNode rt ) { element = theElement; left = lt; right = rt; } /** * Return the size of the binary tree rooted at t. */ public static int size( BinaryNode t ) { if( t == null ) return…Write a function, singleParentWithLeftChild, that returns the number of nodes in a binary tree (pointed by p) that have only one left child. Your program should NOT count the nodes with one right child. (30 point) // find the number of singles parent nodes in a binary subtree pointed by p int BST::singleParentWithLeftChild(TreeNode* p) { // write your code here! }Can help in Java? Qustion : Using Binary search tree write a Java program to Insert and print the element in (in-Order traversal ), then search the elements (a and z) in the tree… provided that user enters the values.
- Rewrite the definition of the function searchNode of the class B-tree provided (bTree.h) by using a binary search. Write a C++ code to ask the user to enter a list of positive integers ending with -999, build a b- tree of order 5 using the positive integers, and display the tree contents. Also, ask the user to enter a number to search and display if the number is found in the tree. bTree.hExtend program BinarySearchTree.java by adding the following operations to the BinarySearchTree class: Show the results. a. Find the height of the BST. b. Find node with the largest key. c. Find the average of the key values of the nodes. d. Print the nodes in the tree in pre-order, in-order, and post-order. (decided by the user after run) e. Create the same BST shown in question 2. Run your program for the BST shown in question 1 to its final state and output the height, the largest key, and average of the keys. import java.util.*; public class BinarySearchTree1{ public Node root; public BinarySearchTree1() { root = null; } public Node getroot() { return root; } public Node Search(int KEY) { Node x = root; while (x != null && x.item != KEY) { if (KEY < x.item) { x = x.Left; } else {…a) Write a function that will print the even elements in each level of the binary search tree. b) Write a function that will count total number of odd nodes of the tree. 10 / \ 6 13 / \ / \ 3 8 11 16 The output of the given tree when the function is applied: 10 6 8 16 Total number of odd nodes is 3. You have to answer both (a) and (b) in same code calling from main function. The base code is given bellow. Modify and write only the main function and the additional function needed to solve the problem in the answer script. BST code: #include<iostream> using namespace std; struct node { int key; struct node *left, *right; }; // A utility function to search a given node bool search(struct node* root, int key) { // Base Cases: root is null or key is present at root if (root == NULL) return false; else if(root->key == key) return true; // Key is greater than root's key else if…
- Extend program BinarySearchTree.java by adding the following operations to the BinarySearchTree class: a. Find the height of the BST. b. Find node with the largest key. c. Find the average of the key values of the nodes. d. Print the nodes in the tree in pre-order, in-order, and post-order. (decided by the user after run) e. Create the same BST shown in question 2. Run your program for the BST shown in question 1 to its final state and output the height, the largest key, and average of the keys. import java.util.*; public class BinarySearchTree1{ public Node root; public BinarySearchTree1() { root = null; } public Node getroot() { return root; } public Node Search(int KEY) { Node x = root; while (x != null && x.item != KEY) { if (KEY < x.item) { x = x.Left; } else { x =…Write a program using c++ to implement a character-based Binary Search Tree (BST). Each node in the BST should be store student name (string) as follows: class Node{// node prototype public: char ch;// this letter is taken from student first letter string studentName; Node *leftChild; Node *rightChild; }; For example, if a student’s name is Adam then ch will be equals to A. If the student’s name is Lee then ch will be equal to L. The insertion of a node to the BST is based on the first letter of the student name. Your program should display the following: 1. Insert a node (base on ch) 2. Find a node (base on student name) 3. Delete a node (consider all three cases of delete) 4. Exit and Output/results provided and explain the algorithm with a given input.Write a program using c++ to implement a character-based Binary Search Tree (BST). Each node in the BST should be store student name (string) as follows: class Node{// node prototype public: char ch;// this letter is taken from student first letter string studentName; Node *leftChild; Node *rightChild; }; For example, if a student’s name is Adam then ch will be equals to A. If the student’s name is Lee then ch will be equal to L. The insertion of a node to the BST is based on the first letter of the student name. Your program should display the following: 1. Insert a node (base on ch) 2. Find a node (base on student name) 3. Delete a node (consider all three cases of delete) 4. Exit Step by step output: ------------------------------------------------------------------------------------------------------------ Insert a node (base on ch) Find a node (base on student name) Delete a node (consider all three cases of…
- IN JAVA Write an algorithm that returns the second largest value in a binary search tree containing at least two nodes.If the largest value is in node L, the second largest value is in either the parent of node L or the largest node inL’s left subtree.Write a program in C/C++ to that receives N number of integer values from a user, stores the inputted values in a binary search tree, and performs some basic operations on the tree. The program displays the elements of the binary search tree in in-order traversal. The program then prompts the user to provide an integer number (target value) to search in the tree. If the target value does not appear in the tree, the program inserts the value in an appropriate place according to the property of node insertion of binary search tree. If the target value appears in the tree, the program deletes the target value from the tree and preserves the property of binary search tree. In both cases, the program displays the modified binary search tree in in- order traversal. Your program must contain the following user-defined functions: - insertNode – this function inserts the user’s input and creates a binary search tree. - inOrder – this function displays the entire tree in in-order traversal. -…Write a program in C/C++ to that receives N number of integer values from a user, stores the inputted values in a binary search tree, and performs some basic operations on the tree. The program displays the elements of the binary search tree in in-order traversal. The program then prompts the user to provide an integer number (target value) to search in the tree. If the target value does not appear in the tree, the program inserts the value in an appropriate place according to the property of node insertion of binary search tree. If the target value appears in the tree, the program deletes the target value from the tree and preserves the property of binary search tree. In both cases, the program displays the modified binary search tree in in- order traversal. Your output format should be as shown in the test runs. Your program must contain the following user-defined functions: - insertNode – this function inserts the user’s input and creates a binary search tree. - inOrder – this…