a. Write a program to illustrates how to use the Binary Tree concept in a program. Use the library binarySearchTree.h and binaryTree.h to run the program. Use the print node function below. //Print node function void print (int& x) { cout << x << " "; www Follow the instruction below and answer the question given. - Include the binarySearchTree.h library - Declare the print function use to print the node - Create main function and include your information details - Write down your Info - Declare treeRoot to be a binary search tree object - Declare variables num as an integer variables. - Print out an instruction for user to inputa numbers ending with -999 - Get a numbers from user input - Use a while loop to insert the numbers into treeRoot ending with -999 - Use the member function treeHeight of treeRoot to measure the tree height of treeRoot - Use the member function inorderTraversal of treeRoot to traverse the binary search tree treeRoot and print the inorder Traversal. b. Expand the program above to illustrates PreOrder and PostOrder Traversal in a program.
a. Write a program to illustrates how to use the Binary Tree concept in a program. Use the library binarySearchTree.h and binaryTree.h to run the program. Use the print node function below. //Print node function void print (int& x) { cout << x << " "; www Follow the instruction below and answer the question given. - Include the binarySearchTree.h library - Declare the print function use to print the node - Create main function and include your information details - Write down your Info - Declare treeRoot to be a binary search tree object - Declare variables num as an integer variables. - Print out an instruction for user to inputa numbers ending with -999 - Get a numbers from user input - Use a while loop to insert the numbers into treeRoot ending with -999 - Use the member function treeHeight of treeRoot to measure the tree height of treeRoot - Use the member function inorderTraversal of treeRoot to traverse the binary search tree treeRoot and print the inorder Traversal. b. Expand the program above to illustrates PreOrder and PostOrder Traversal in a program.
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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Transcribed Image Text:a. Write a program to illustrates how to use the Binary Tree concept in a program. Use the
library binarySearchTree.h and binaryTree.h to run the program. Use the print node
function below.
//Print node function
void print (int& x)
{
cout << x << " ";
ww
Follow the instruction below and answer the question given.
- Include the binarvSearch Tree.h library
- Declare the print function use to print the node
- Create main function and include your information details
- Write down your Info
- Declare treeRoot to be a binary search tree object
- Declare variables num as an integer variables.
SE
- Print out an instruction for user to inputa numbers ending with -999
- Get a numbers from user input
- Use a while loop to insert the numbers into treeRoot ending with -999
- Use the member function treeHeight of treeRoot to measure the tree height of treeRoot
- Use the member function inorderTraversal of treeRoot to traverse the binary search tree
treeRoot and print the inorder Traversal.
www
b. Expand the program above to illustrates PreOrder and PostOrder Traversal in a program.
ww w w
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