C++ tree program (please do NOT use struct Node, use classes) Program 1 Implement a Binary...

C++ tree program (please do NOT use struct Node, use classes)

Program 1 Implement a Binary tree using an array

Program 2 Implement a tree using linked list - pointer Binary Tree

Program 3 - Convert program 1 to a template

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venereology answered 1 year ago

C++ tree program (please do NOT use struct Node, use classes) Program 1 Implement a Binary...

C++ tree program (please do NOT use struct Node, use classes) Program 1 Implement a Binary tree using an array Program 2 Implement a tree using linked list - pointer Binary Tree Program 3 - Convert program 1 to a template (include screenshots please of output)

C++ tree program (do NOT use STRUCT, use classes) Program 1 Implement a Binary tree...

C++ tree program (do NOT use STRUCT, use classes) Program 1 Implement a Binary tree using an array Program 2 Implement a tree using linked list - pointer Binary Tree Program 3 - Convert program 1 to a template

Consider the following struct that represents a node within a binary tree: struct Node { int...

Consider the following struct that represents a node within a binary tree: struct Node { int data; // Data of interest Node *left // Link to left subtree (nullptr if none) Node *right ; // Link to right subtree (nullptr if none) }; Complete the following function that computes the number of elements in a binary tree: // Counts the number of elements in the binary tree to which t points. // Returns the number of elements. int size(Node *t)...

(IN C) Write the code to manage a Binary Tree. Each node in the binary tree...

(IN C) Write the code to manage a Binary Tree. Each node in the binary tree includes an integer value and string. The binary tree is sorted by the integer value. The functions include: • Insert into the binary tree. This function will take in as parameters: the root of the tree, the integer value, and the string. Note that this function requires you to create the node. • Find a node by integer value: This function takes in two...

IN C++ Given a struct Node { int value; Node left, right;}; , implement the functions...

IN C++ Given a struct Node { int value; Node *left, *right;}; , implement the functions below. a) int getSmallest(Node * r); // return smallest value in the BST with root r. Assume r not null. b) int getSecondSmallest(Node * r); // return 2nd smallest value in BST with root r. Assume r not null and r has a nonnull left or right child. c) void removeSecondSmallest(Node * r); // remove 2nd smallest value in BST with root r. Assume...

Implement a function to find a node in a binary search tree. Using the following class...

Implement a function to find a node in a binary search tree. Using the following class and function definition. If a node with a matching value is found, return a pointer to it. If no match is found, return nullptr. #include <iostream> class BTNode { public: int item; BTNode *left; BTNode *right; BTNode(int i, BTNode *l=nullptr, BTNode *r=nullptr):item(i),left(l),right(r){} }; BTNode *root = nullptr; BTNode *find(int item) { //implement code here return nullptr; } int main() { root = new...

In C++, Implement the heapafication operation. Do not re-implement the binary tree class. Simply create a...

In C++, Implement the heapafication operation. Do not re-implement the binary tree class. Simply create a funcntion that takes in a binary tree and heapafies it. Meaning it takes in a pointer to a binary tree and converts it into a heap. (You may choose max or min heap).

c++ Binary Search Tree: find parent of a node please insert comment to explain what the...

c++ Binary Search Tree: find parent of a node please insert comment to explain what the code do. Use struct Node{ int data; Node* left; Node* right};

Implement a function to remove a leaf node from a binary search tree. Using the following...

Implement a function to remove a leaf node from a binary search tree. Using the following class and function definition: class BTNode { public: int item; BTNode *left; BTNode *right; BTNode(int i, BTNode *l=nullptr, BTNode *r=nullptr):item(i),left(l),right(r){} }; BTNode *root = nullptr; BTNode * remove_leaf(int item, bool &removed) { // implement } The remove function will return the node with the item if it's present in the tree. If the node is a leaf node and is removed by the function,...

Please do this code with python. Thank you! struct Node { int data; struct...

Please do this code with python. Thank you! struct Node { int data; struct Node* left; struct Node* right; }; // Node creation struct Node* newNode(int data) { struct Node* nn = new Node; nn->data = data; nn->left = NULL; nn->right = NULL; return nn; } // Function to insert data in BST struct Node* insert(struct Node* root, int data) { if (root == NULL) return newNode(data); else {...

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C++ tree program (please do NOT use struct Node, use classes) Program 1 Implement a Binary...

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C++ tree program (please do NOT use struct Node, use classes) Program 1 Implement a Binary...

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