5. A) Construct a program to show the result of the following sequence of instructions: union(1,2), union(3,4), union(3,5), union(1,7), union(3,6), union(8,9), union(1,8), union(3,10), union (3,11), union(3,12), union(3,13), union(14,15), union(16,0), union(14,16), union (1,3), union(1, 14) and also implement the find with path comparison.

C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter1: Fundamentals Of C++ Programming
Section1.4: Preliminary Four: Algorithms
Problem 6E: (Numerical) a. Write a set of detailed, step-by-step instructions in English to calculate the fewest...
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5th question A

5. A) Construct a program to show the result of the following sequence of instructions:
union(1,2), union(3,4), union(3,5), union(1,7), union(3,6), union(8,9), union(1,8),
union(3,10), union (3,11), union(3,12), union(3,13), union(14,15), union(16,0),
union(14,16), union (1,3), union(1, 14) and also implement the find with path
comparison.
B) Construct a program to implement Binary Search Tree and implement the
following functions:
Leafnodes(): returns the count of leaf nodes and all the leaf nodes of the tree
Singlechild(): returns the count of the nodes which having single child in the tree and
single child nodes
Fullnodes(): returns the count of the nodes which having both the children and the
nodes
Transcribed Image Text:5. A) Construct a program to show the result of the following sequence of instructions: union(1,2), union(3,4), union(3,5), union(1,7), union(3,6), union(8,9), union(1,8), union(3,10), union (3,11), union(3,12), union(3,13), union(14,15), union(16,0), union(14,16), union (1,3), union(1, 14) and also implement the find with path comparison. B) Construct a program to implement Binary Search Tree and implement the following functions: Leafnodes(): returns the count of leaf nodes and all the leaf nodes of the tree Singlechild(): returns the count of the nodes which having single child in the tree and single child nodes Fullnodes(): returns the count of the nodes which having both the children and the nodes
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