CSC 205 Right Circular Cone

Write a program that demonstrates the Right Circular Cone class by asking the user for the radius, and height then reporting the Right Circular Cone's volume and surface area. see image.

Formula:

(Surface area) a = PI * r * (r + sqrt(h^2+r^2))
Volume v = PI * r^2 * h/3

SPECIFICATIONS: (save it under Cone.h file)

Write a Cone class that has the following member variables.

radius - type double
height – type double
pi - type double

The class should have the following public member functions.

Cone - a default constructor
setRadius - Accepts an (type double) argument that is copied to radius
setHeight - Accepts an (type double) argument that is copied to height
getRadius - returns the value in radius
getHeight - returns the value in height
getSurfaceArea - returns the surface area of the Cube
getVolume - returns the volume of the cube

IMPLEMENTATION: (save it under Cone.cpp file)

It includes member functions:

Cone() - Default constructor that sets radius to 0.0, height to 0.0 and pi to 3.14159
setRadius - function that sets the radius
setHeight - function that sets the height
getRadius - function that returns the radius
getHeight - function that returns the height
getSurfaceArea - function that returns the surface area of the right circular cube
getArea - function that returns the area of the right circular cube

Save the driver program in the file Driver.cpp.

The driver program will start as:

double radius; // radius of cube
double height; // height of cube

Cube c; // Object c

// Get the radius from user
cout << "Enter the Cube's radius: ";
cin >> radius;
cout << "Enter the Cube's height: ";
cin >> height;

The Input screen:

Enter the Cube's radius: 10
Enter the Cube's height: 20.5

Sample output: (Numbers to be rounded to two digits after decimal point)

Surface Area of the Cube: 1030.72
Volume of the Cube : 2146.75