contents of this module you should write docstring for each module you create now we make separate file called my_car py this file will import the car class and then create an instance from that classmy_car py from car import car my_new_car car('audi'' ' print(my_new_car get_descriptive_name()my_new_car odometer_reading my_new_car read_odometer(the import statement at tells python to open the car module and import the class car now we can use the car class as if it were defined in this file the output is the same as we saw earlier audi this car has miles on it importing classes is an effective way to program picture how long this program file would be if the entire car class were included when you instead move the class to module and import the moduleyou still get all the same functionalitybut you keep your main program file clean and easy to read you also store most of the logic in separate filesonce your classes work as you want them toyou can leave those files alone and focus on the higher-level logic of your main program storing multiple classes in module you can store as many classes as you need in single modulealthough each class in module should be related somehow the classes battery and electriccar both help represent carsso let' add them to the module car pycar py """ set of classes used to represent gas and electric cars ""class car()--snip-class battery()""" simple attempt to model battery for an electric car ""def __init__(selfbattery_size= )"""initialize the batteery' attributes ""self battery_size battery_size def describe_battery(self)"""print statement describing the battery size ""print("this car has str(self battery_size"-kwh battery "def get_range(self)