Suppose we define a binary tree node as follows: /* *struct for a single node in

ID: 3855955 • Letter: S

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Suppose we define a binary tree node as follows: /* *struct for a single node in a binary tree. data contains the int * stored in this node. left and right contain pointers to the left and * right subtrees respectively. * *All of the ints stored in the left subtree is smaller than data. * *All of the ints stored in the right subtree is larger than data. *All of the ints stored in the right subtree is larger than data. */ struct node { int data: struct node * left: struct node * right: }: typedef struct node node: Write a iterative function maxExtract which finds and deletes the node with the largest data value. It should return the data value stored in that node. int maxExtract (node * tree) {

Explanation / Answer

This C++ program displays the minimum heap method(maxExtract) of arranging elements. Minimum Heap is a method of arranging elements in a binary search tree where value of the parent node is lesser than that of it’s child nodes.

Here is the source code of the C++ program to display the min heap after giving inputs of elements in array. This C++ program is successfully compiled and run on DevCpp, a C++ compiler. The program output is given below.

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Suppose we define a binary tree node as follows: /* * struct for a single node i

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Suppose we define a binary tree node as follows: /* *struct for a single node in

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