The following program contains a Cylinder class that represents a cylinder as a radius and a height see the diagram above Archives

$The following program contains a Cylinder class that represents a cylinder as a radius and a height - see the diagram above. Implement the constructor and the volume method using the comments and the main function as a guide. For the constructor, you must use an initializer list to set the radius and height. The equation for the volume of a cylinder is volume = radius^2 * height. Your implementation will appear outside the class declaration, underneath the // FIXME comments. ``` #include #include using namespace std; class Cylinder { public: Cylinder(double r, double h); double volume() const; private: double radius; double height; }; // FIXME: implement the Cylinder constructor to set radius and height // You must use an initializer list to receive credit // FIXME: implement the volume method to return the volume of the Cylinder object int main() { // create a Cylinder with radius = 2.0 and height = 5.0 Cylinder c(2.0, 5.0); // should print 62.8 (maybe with more decimal places - it depends on the value you used for pi) cout << c.volume() << endl; return 0; } ```$

The following program contains a Cylinder class that represents a cylinder as a radius and a height – see the diagram above. Implement the constructor and the volume method using the comments and the main function as a guide. For the constructor, you must use an initializer list to set the radius and height. The equation for the volume of a cylinder is volume = radius^2 * height. Your implementation will appear outside the class declaration, underneath the // FIXME comments. “` #include