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Consider the binary tree in Figure 3. Determine the output of the pseudocode puzzle that takes the root of the tree as a parameter. Apply the pseudocode on the tree presented in Figure 3.  Suppose a node of a tree is defined as follows:  struct Node{  int*data;  struct Node* left;  struct Node* right;  };    findMax(value1, value2)  a)if (value1 > value2) return value1  b) else return value2    puzzle(root)  a)if root is NULL i. return -1  b) lVal = puzzle(root->left)  c) rVal = puzzle(root->right)  d) return findMax(lVal,&rVal) + 1

Consider the binary tree in Figure 3. Determine the output of the pseudocode puzzle that takes the root of the tree as a parameter. Apply the pseudocode on the tree presented in Figure 3.  Suppose a node of a tree is defined as follows:  struct Node{  int*data;  struct Node* left;  struct Node* right;  };    findMax(value1, value2)  a)if (value1 > value2) return value1  b) else return value2    puzzle(root)  a)if root is NULL i. return -1  b) lVal = puzzle(root->left)  c) rVal = puzzle(root->right)  d) return findMax(lVal,&rVal) + 1

Database System Concepts
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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Consider the binary tree in Figure 3. Determine the output of the pseudocode puzzle that takes the root of the tree as a parameter. Apply the pseudocode on the tree presented in Figure 3. 

Suppose a node of a tree is defined as follows: 

struct Node{ 

int*data; 

struct Node* left; 

struct Node* right; 

}; 

 

findMax(value1, value2) 

a)if (value1 > value2) return value1 

b) else return value2 

 

puzzle(root) 

a)if root is NULL i. return -1 

b) lVal = puzzle(root->left) 

c) rVal = puzzle(root->right) 

d) return findMax(lVal,&rVal) + 1

8 3 (10 1 6. (14) 4 7 13
Transcribed Image Text:8 3 (10 1 6. (14) 4 7 13
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