Can you please explain what pseudo code method does 3. What does the following pseudo-code method, Calculate, return if it is called with a link to abinary tree? The following class definition for a node in a binary tree is used:class BinaryNode{element;BinaryNode left;BinaryNode right;intint Calculate (BinaryNode root) {int lh=0;int rh=0;int dummy=0;if (root != null) {// leaf node's height is zeroif ((root.left == null) && (root.right == null))return e;else {1h = Calculate(root.left);rh = Calculate(root.right);if (1h > rh) dummy = 1+ 1h;else dummy - 1 + rh;return dummy;}return -1;

Given problem is related to a binary tree, which has its maximum of two children. Given a function…

What does the following pseudo-code method, Calculate, return if it is called with a link to a binary tree? The following class definition for a node in a binary tree is used: class BinaryNode int element; BinaryNode left; BinaryNode right; int Calculate (BinaryNode root) { int lh-0; int rh=e; int dummy-0; if (root !- null) { // leaf node's height is zero if ((root.left - null) && (root.right =- null)) return e; else { 1h - Calculate(root.left); rh - Calculate(root.right); if (1h > rh) dummy - 1+ 1h; else dummy - 1 + rh; return dummy; return -1;

What does the following pseudo-code method, Calculate, return if it is called with a link to a binary tree? The following class definition for a node in a binary tree is used: class BinaryNode int element; BinaryNode left; BinaryNode right; int Calculate (BinaryNode root) { int lh-0; int rh=e; int dummy-0; if (root !- null) { // leaf node's height is zero if ((root.left - null) && (root.right =- null)) return e; else { 1h - Calculate(root.left); rh - Calculate(root.right); if (1h > rh) dummy - 1+ 1h; else dummy - 1 + rh; return dummy; return -1;

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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