/********************** Program To Find The Volume Of Different Shapes Using The Concept Of Function Overloading In C++ Programming Input : 1. Enter Radius 2. Enter Height 3. Enter Side NOTE : The Entered Radius, Height And Side Are Common for all shapes. Split Multiple Inputs Into Separate Lines ***********************/ #include using namespace std; class volume { float radius, height, side, result; public: void shape(int side); int shape(float radius); void shape(float radius, float height); }; void volume :: shape(int side) { cout << "\n * Volume Of Cube * " << endl; result = side * side * side; cout << "Volume Of Cube With Side " << side << " Is " << result << " cubic cm." << endl; } int volume :: shape(float radius) { cout << "\n * Volume Of Sphere * " << endl; result = float(4)/3 * 3.141 * radius * radius * radius; cout << "Volume Of Sphere With Radius " << radius << " Is " << result << " cubic cm." << endl; } void volume :: shape(float radius, float height) { cout << "\n * Volume Of Cylinder * " << endl; result = 3.141 * radius * radius * height; cout << "Volume Of Sphere With Radius " << radius << " And Height " << height << " Is " << result << " cubic cm." << endl; } int main() { float a,b; int c; cout << "\tVolume Of Different Objects [Function Overloading] " << endl; cout << "\nInput The Details [in centimetres] : " << endl; cout << "Enter The Radius <- "; cin >> a; cout << a << endl; cout << "Enter The Height <- "; cin >> b; cout << b << endl; cout << "Enter The Side <- "; cin >> c; cout << c << endl; volume V;//(a,b,c); V.shape(c); V.shape(a); V.shape(a,b); }

Volume [Function Overloading]