Exercise 2: Implementing Geometry Formulas with functions (10 points) Implement the
following functions that return the volume and surface areas of 3D shapes: double
cone_volume(double r , double h ) ; // r = radius, h = height double cone_surface(double r ,
double h ) ; // r = radius, h = height double cube_volume(double a); // a = edge double
cube_surface(double a) ; // a = edge double sphere_volume(double r ) ; // r = radius double
sphere_surface(double r ) ; // r = radius double cylinder_volume(double r , double h ) ; // r =
radius, h = height double cylinder_surface(double r , double h ) ; // r = radius, h = height Write a
program that prompts the user to enter whether they have a cone, cube, sphere, or cylinder. - If
the user enters "cone", the program then prompts the user to enter two values: radius and height.
The program then calls the respective functions to print the volume and surface area of the cone.
- If the user enters "cube", the program then prompts the user to enter one value: edge length.
The program then calls the respective functions to print the volume and surface area of the cube.
- If the user enters "sphere", the program then prompts the user to enter one value: radius. The
program then calls the respective functions to print the volume and surface area of the sphere. - If
the user enters "cylinder", the program then prompts the user to enter two values: radius and
height. The program then calls the respective functions to print the volume and surface area of a
cylinder. - If the user enters anything other than cone, cube, sphere, or cylinder, print "Invalid
shape.".
Exercise 2- Implementing Geometry Formulas with functions (10 points) (1).pdf
1. Exercise 2: Implementing Geometry Formulas with functions (10 points) Implement the
following functions that return the volume and surface areas of 3D shapes: double
cone_volume(double r , double h ) ; // r = radius, h = height double cone_surface(double r ,
double h ) ; // r = radius, h = height double cube_volume(double a); // a = edge double
cube_surface(double a) ; // a = edge double sphere_volume(double r ) ; // r = radius double
sphere_surface(double r ) ; // r = radius double cylinder_volume(double r , double h ) ; // r =
radius, h = height double cylinder_surface(double r , double h ) ; // r = radius, h = height Write a
program that prompts the user to enter whether they have a cone, cube, sphere, or cylinder. - If
the user enters "cone", the program then prompts the user to enter two values: radius and height.
The program then calls the respective functions to print the volume and surface area of the cone.
- If the user enters "cube", the program then prompts the user to enter one value: edge length.
The program then calls the respective functions to print the volume and surface area of the cube.
- If the user enters "sphere", the program then prompts the user to enter one value: radius. The
program then calls the respective functions to print the volume and surface area of the sphere. - If
the user enters "cylinder", the program then prompts the user to enter two values: radius and
height. The program then calls the respective functions to print the volume and surface area of a
cylinder. - If the user enters anything other than cone, cube, sphere, or cylinder, print "Invalid
shape."
