Tree Height Program Plan: Define a class BTreeNode to create nodes for binary search tree items. Include all the required header files. Initialize a value to the node, and set the left child of node to leftp and right child of node to rightp . Define a class to create a Binary Search Tree. Create a function int height that returns height of the tree. Create a function bool search to search a particular item in tree. Create function void insert to insert nodes into the tree. Create a function leafCount that counts no. of leaves present in a level. Create a function void inorder to sort items in inorder traversal. Declare the main function. Prompt the user to enter 5 numbers to be inserted into tree. Sort the items present in the tree in inorder traversal and return the height of the Binary Search Tree.

Question

] ] has_perfect You are to write a function has "perfect (graph)" that takes in a BIPARTITE graph as its input, and then determintes whether or not the graph has a perfect matching. In other words, it will return the Boolean value True if it has one, and False if it does not. After compiling the above cell, you should be able to compile the following cell and obtain the desired outputs. print (has perfect({"A" : ["B", "C"], "B" : ["A", "D"], "C" : ["A", "D"], "D" : ["B", "C"]}), has perfect ( {"A" : ["B"], "B" : ["A", "D", "E"], "C" : ["E"], "D":["B"], "E": ["B","C","F"], "F":["E"]})) This should return True False Python Python

Answer 1

Question

Chapter 19, Problem 4PC

Program Plan Intro

Tree Height

Program Plan:

Define a class BTreeNode to create nodes for binary search tree items.

Include all the required header files.

Initialize a value to the node, and set the left child of node to leftp and right child of node to rightp .

Define a class to create a Binary Search Tree.

Create a function int height that returns height of the tree.

Create a function bool search to search a particular item in tree.

Create function void insert to insert nodes into the tree.

Create a function leafCount that counts no. of leaves present in a level.

Create a function void inorder to sort items in inorder traversal.

Declare the main function.

Prompt the user to enter 5 numbers to be inserted into tree.

Sort the items present in the tree in inorder traversal and return the height of the Binary Search Tree.

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] ] has_perfect You are to write a function has "perfect (graph)" that takes in a BIPARTITE graph as its input, and then determintes whether or not the graph has a perfect matching. In other words, it will return the Boolean value True if it has one, and False if it does not. After compiling the above cell, you should be able to compile the following cell and obtain the desired outputs. print (has perfect({"A" : ["B", "C"], "B" : ["A", "D"], "C" : ["A", "D"], "D" : ["B", "C"]}), has perfect ( {"A" : ["B"], "B" : ["A", "D", "E"], "C" : ["E"], "D":["B"], "E": ["B","C","F"], "F":["E"]})) This should return True False Python Python

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