This code prompts for and reads in the radius and height of a right cylinder in feet and then calculates the surface area. The function prototype, function definition, and function call to calculate and print the base area has already been completed for you. In the above program, r and h are declared in the main function and are local to main, while the constant PI is defined globally. Since r is a local variable, notice how the radius r must be passed to calcBaseArea to make this calculation. One of your tasks is to add a new function called calcSideArea that computes and returns the side area of the right cylinder. Given that the formula uses both the radius r and height h of the right cylinder, you must pass these two local variables to this function. You will assign the returned value of this function to side_area and then print the value to the terminal. Refer to what was done for calcBaseArea when adding your code. 6 Your other task is to add a new function called prntSurfArea that accepts the base area and side area values (i.e., these are the parameters) and prints out the total surface area of the right cylinder inside this function. Since this function does not return a value to the calling function, the return type of this function should be void. Now, modify the above program, referring to the comments included in the code. Complete the requested changes,

int main(0 // height /I radius float h; float r float base_area; // area of base float side_area; // area of side cout r cout >h; base_area-calcBaseArea(r); cout