content in a threaded binary tree is ________ a) leftchild_pointer, left_tag, data, right_tag, rightchild_pointer b) leftchild_pointer, left_tag
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In general, the node content in a threaded binary tree is ________
a) leftchild_pointer, left_tag, data, right_tag, rightchild_pointer
b) leftchild_pointer, left_tag
c) leftchild_pointer, left_tag, right_tag, rightchild_pointer
d) leftchild_pointer, left_tag, data
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- 12.13 NVCC Lab: Binary Expression Tree A binary expression tree is a specific kind of a binary tree used to represent expressions. The leaves of the binary expression tree are operands, and the interior nodes contain operators. Assume the possible operators including '+', '-', '*', '/', and '%' and operands are numerical data. The following figures illustrate binary expression trees for the expressions with different notations: Example 1 Example 2 Example 3 Postfix Exp: 14 -5 /BXT: [/] / \ [14] [-5] Infix order: 14 / -5 Prefix order: / 14 -5 Evaluates to -2.8 ----------------------- Postfix Exp: 20 3 -4 + *BXT: ___[*] / \ [20] [+] / \ [3] [-4] Infix order: 20 * 3 + -4 Prefix order: * 20 + 3 -4 Evaluates to -20.0 ----------------------- Postfix Exp: 2 3 + 5 / 4 5 - *BXT: ___[*]_____ / \ [/]__ [-] / \ / \ [+] [5] [4] [5] / \ [2] [3] Infix order: 2 + 3 / 5 * 4 -5 Prefix order: * / + 2 3 5 - 4 5 Evaluates to -1.0 Your Tasks: For this assignment, you will build a binary…1. Construct a binary tree for the numbers 3,4,5,6,7,8,9. Then for each number input taken at runtime, show the number of iterations required to reach that node from root node containing the target number. (10) 2. Construct a binary tree with the following keys as strings a. Desktop, CSU, Spring2022, CIS260, CIS 265, Vacation, Hackathon Your first task is to put this data in an array of string and search for a folder name. Let us say that the folder name is “Hackathon”. Using the array subscript, how many iterations does it take to find the folder? (10) Next, convert this array into a Binary tree and arrange in alphabetical order, and try to find the same folder. List the number of Iterations.(10) Bonus: Now replace the folder names with file contents. So you need a File class where there is a filename variable and file content variable, both should be strings. So the node would have file object instead of just names. So you have an array of File class objects, so the binary tree will…please convert the code in C language Source code: #include <bits/stdc++.h>using namespace std; // tree node is definedclass tree{ public: int data; tree *left; tree *right;}; void printSibling(tree* root){ //Declare queue using STL queue<tree*> q; //enqueue the root q.push(root); vector<int> store; tree* temp; //do the level order traversal & check for siblings while(!q.empty()){ //dequeue temp=q.front(); q.pop(); //if the current node has only one child //definitely the child has no sibling //store the child node value if(temp->left==NULL && temp->right!=NULL){ store.push_back(temp->right->data); } if(temp->left!=NULL && temp->right==NULL){ store.push_back(temp->left->data); } // do level order traversing if(temp->right) q.push(temp->right);…
- Need to answer in C language: Part 1: I need to define a binary search tree data structure and need to implement the following functions: Insert Sorted BSTREE insert(BSTREE root, int num): root points to a node in a binary search tree; num is a number to be inserted in the tree rooted at “root”. This function returns the root of the modified tree. Print Elements void inorderTraversal(BSTREE root, FILE *fp): root points to a node in a binary search tree. This function does not return anything, but prints out, to the file specified, the nodes in the tree rooted at “root” by performing an inorder traversal. Part 2: Test the performance of the designed data structure using theoretical and experimental approaches as follows: Dataset 1-Dataset is sorted- Add code to insert the numbers 1...n in that order in a binary search tree. Run it on different values of n where : n = 20,000 n = 50,000 n = 100,000 Do an in-order traversal of the tree, printing out the contents to a file…In C++, develop an algorithm that inserts the value val into a binary search tree with root. If the tree is empty, root = null. The algorithm returns the root of the tree containing the added item. You should assume that “new node” creates a new node with data field data and reference fields left (for left child) and right (for right child).Create a binary linked tree, and traverse the tree by using the recursive function. The structure of the tree is as follows: //check pic// You should input the nodes in pre-order sequence. If a child of a node is NULL, input a space. Write the function of create binary tree, pre-order to print the nodes, in-order to print the nodes and post-order to print the nodes. Count the height of the tree. Hints: Header file typedef char ElemType; typedef struct node//define the type of binary tree node { }BTnode; Source file #include <stdio.h> #include <stdlib.h> #include "tree.h" BTnode * createTree()//create the binary tree,return the root { BTnode *tnode;// tnode is the root char elem; ;//input the character //if the input is a space,set the pointer as NULL Else// if the input is not a space,generate the binary node and create its left…
- Instructions. c++ binary search trees. 1. Implement a function that will build a binary search tree. 2. Using the function below create a binary search tree. 3. Implement a swapSubtrees() function that will take a pointer to a root node and a target value. Function will search for the target value in the tree and swap all left nodes with right nodes for all descendant nodes. 4. Pass the tree created in step 2 to test swapSubtrees() function. TreeNode{ int val; TreeNode* left = nullptr; TreeNode* right = nullptr; TreeNode(){} TreeNode(int val): val(val){} };Programming questions:typedef struct node { int data; struct node *left, *right;}BT;The node structure of the binary tree (BT) is shown above. There is a binary tree T, please complete the function: int degreeone(BT *T) to compute how many degree 1 node in the BT. The T is the root pointer, and the function shoule return the total number of degree 1 node.Convert in C language code #include <bits/stdc++.h>using namespace std; // tree node is definedclass tree{ public: int data; tree *left; tree *right;}; void printSibling(tree* root){ //Declare queue using STL queue<tree*> q; //enqueue the root q.push(root); vector<int> store; tree* temp; //do the level order traversal & check for siblings while(!q.empty()){ //dequeue temp=q.front(); q.pop(); //if the current node has only one child //definitely the child has no sibling //store the child node value if(temp->left==NULL && temp->right!=NULL){ store.push_back(temp->right->data); } if(temp->left!=NULL && temp->right==NULL){ store.push_back(temp->left->data); } // do level order traversing if(temp->right) q.push(temp->right); if(temp->left)…
- Please convert the code in C language #include <bits/stdc++.h>using namespace std; // tree node is definedclass tree{ public: int data; tree *left; tree *right;}; void printSibling(tree* root){ //Declare queue using STL queue<tree*> q; //enqueue the root q.push(root); vector<int> store; tree* temp; //do the level order traversal & check for siblings while(!q.empty()){ //dequeue temp=q.front(); q.pop(); //if the current node has only one child //definitely the child has no sibling //store the child node value if(temp->left==NULL && temp->right!=NULL){ store.push_back(temp->right->data); } if(temp->left!=NULL && temp->right==NULL){ store.push_back(temp->left->data); } // do level order traversing if(temp->right) q.push(temp->right);…1. Create a Java program that prompts the user the initial choices for the Binary Search Treea. User chooses 1: Insert, User chooses 2: Delete, User chooses 3: Show BinaryTree, User chooses 4: Exit Program 2. Insertion in a tree should be such that it obeys the main properties of the binary searchtree. The basic algorithm should be:a. If the node to be inserted is greater than the existing root, move down a levelthrough the right pointer of the root.b. If the node to be inserted is lesser than the existing root, move down a levelthrough the left pointer of the root.c. Repeat this process for all nodes till the leaves are reached.d. Insert the node as the left or right pointer for the leaf (based on its value - if it issmaller than the leaf, it should be inserted as the left pointer; if it is larger than theleaf, it should be inserted as the right pointer) 3. Deletion is a bit more complicated than insertion because it varies depending on the nodethat needs to be deleted from the…Create a Binary Search Tree Class with the following four Operations using a single C++ program: Operations: 1. Insert(int n) : Add a node the tree with value n. Its O(lgn) 2. Find(int n) : Find a node the tree with value n. Its O(lgn) 3. Delete (int n) : Delete a node the tree with value n. Its O(lgn) 4. Display(): Prints the entire tree in increasing order. O(n).