a. Create an arbitrary class without any attributes and methods. b. Write a class named PLANETS, which should have the following data attributes: - name (for the name of the planet) - diameter (for the diameter of the planet) - distance (for the distance from sun of the planet) - length (for the length of year of the planet) c. Inside the class PLANET, define a method called number_of_moons () which return a message including the planet name and number of moons in that planet with the default value 0 . (Hint: number of moons is the method input). d. Create a child class Earth that will inherit all of the variables and methods of the PLANET class. e. Create an object from child class Earth that will inherit all of the variables and methods of the parent Vehicle class and display it. Expected Output: Planet Name: Venus Planet Diameter (miles): 7520 Planet distance (million miles) : 67 Planet length of year (days): 225.

1. a. Create an arbitrary class without any attributes and methods. b. Write a class named
PLANETS, which should have the following data attributes: - name (for the name of the planet) -
diameter (for the diameter of the planet) - distance (for the distance from sun of the planet) -
length (for the length of year of the planet) c. Inside the class PLANET, define a method called
number_of_moons () which return a message including the planet name and number of moons in
that planet with the default value 0 . (Hint: number of moons is the method input). d. Create a
child class Earth that will inherit all of the variables and methods of the PLANET class. e. Create
an object from child class Earth that will inherit all of the variables and methods of the parent
Vehicle class and display it. Expected Output: Planet Name: Venus Planet Diameter (miles):
7520 Planet distance (million miles) : 67 Planet length of year (days): 225