Given the following node structure for a Binary Search Tree…

Given the following node structure for a Binary Search Tree (BST): class TreeNode { public: int value; TreeNode* left; TreeNode* right; }; (1) Write a recursive function: bool search(TreeNode* root, int key) that returns true if the key exists in the BST, and false otherwise. (2) Write a function: void printInOrder(TreeNode* root) that prints the values stored in the BST in non-decreasing (ascending) order.

Every valid recursive function must include two essential co…

Every valid recursive function must include two essential components. Identify these two components and explain the purpose of each. Then, provide an example of a recursive function that contains both components but still fails to work correctly, and briefly explain why it fails.

What is printed by the following program, provided all neces…

What is printed by the following program, provided all necessary standard header files are included?  Explain each line of the output by stating which member function generates the result and why to justify your answer. class Base {public:    void display() { cout

You have just used the network planning model and found the…

You have just used the network planning model and found the critical path length is 60 days and there are two critical paths. The standard deviation of the first critical path is 10 days and the standard deviation of the second critical path is 15 days. The probability that the project will be completed in 70 days or less is equal to _________(2 decimal accuracy) based on the formula below: