Getting the right visual output for this problem is pretty easy. Our real goal is to practice writing function

definitions and using function calls and function arguments and parameters correctly. For this reason, you

are required to break up your program into the following functions:

$$ draw$\_$body$($r$,$ g$,$ b$)$ draws the body of the car, including the front window. The values r$,$ g$,$ and b are

parameters to this function. Use these parameters to set the color of the car$$s body. The color of the

window however should always be blue.

$$ draw$\_$wheel$($x$,$ y$)$ draws just one wheel of the car. A wheel consists of a black outer tire and a white

hubcap. The values x and y are parameters to this function that indicate the $($x$,$ y$)$ location coordinates

of the center of the wheel $.$

$$ draw$\_$car$($r$,$ g$,$ b$)$ draws the entire car by making function calls to the functions above. The values

r$,$ g$,$ and b represent the color components of the car$$s body; these should be pased along as arguments to the draw$\_$body$()$ function. Note that draw$\_$wheel$()$ will have to be called twice $($with different

arguments$)$ to draw both wheels!

Each of the functions above must be documented with a docstring that describes what the function does

and the meaning of its parameters. A small number of single$-$line comments should also be used where

appropriate throughout the program.

The very last line of your program should be a function call to draw$\_$car$(),$ where the colour values for

the car$$s body are passed in as arguments. For example, a call of draw$\_$car$(255,0,0)$ should produce

the car seen in the sample here, whereas a call of draw$\_$car$(0,0,0,0)$ would produce a black car. This

should be the ONLY place in your code where you specify actual numbers for the color of the car.