Function overloading

Write a C++ program to calculate the volume of the cube, cylinder and rectangular box using function overloading.

The algorithm to solve the above problem:

STEP 1: Start the program

STEP 2: Declare s, h, b as integer, r as double and l as long

STEP 3: Initialize the values for s, h, b, r and l

STEP 4: Call the function with three arguments for cube passed to it.

STEP 5: Call the function with three arguments for cylinder passed to it.

STEP 6: Call the function with three arguments for rectangular box passed to it.

STEP 7: Return the values to the called function to the calling function

STEP 8: Write the value in the main program

STEP 9: Terminate the program.

Implementation of above problem using C++ :

#include<iostream>

using namespace std;

int volume(int);

double volume(double,int);

long volume(long,int,int);

int main()

{

cout<<volume(30)<<"\n";

cout<<volume(10, 15)<<"\n";

cout<<volume(1501,50,20)<<"\n";

return 0;

}

int volume(int s)

{

return(s*s*s);

}

double volume(double r,int h)

{

return(3.14*r*r*h);

}

long volume(long l,int b,int h)

{

return(l*b*h);

}

The output of above program is tested on www.jdoodle.com

Output:

27000

4710

1501000

Thanks

Mukesh Rajput