I have a list of objects of many classes that represent shapes.  I run a loop on that list, and use a .draw() method that appropriately draws shapes from these different classes.  This is an example of which of the four object-oriented pillars?

Given the above code, which is the correct way to instantiate a cat? Cat(‘Fred’, ‘Burmese’)  Cat() Cat.__init__(‘Fred’, ‘Burmese’) Cat(self, ‘Fred’, ‘Burmese’)

This code will produce what value?

I have created a class, beverage, that has a method called drink.  I then create a class from that class, called coffee.  The coffee class also has the drink method, even though I didn’t explicitly create it in the class.  This is because of one of the four fundamental features called inheritance  polymorphism abstraction encapsulation

”’Returns a greeting”’ is called a

Based on the above code, what will be printed? Mooo AttributeError Yum None of these

The exclaim method prints out “I’m a car!” even though we didn’t create it in our Prius definition.  Why would it be able to do this? It inherits the method from the car class Car is a subclass which means it can also use that method The method exclaim is a base Python method which it my_car has by default None of these

We use the __init__() method if we want to  assign object attributes at creation time assign object methods at creation time define methods for subclasses create an instance of that type

We define a subclass by using the same class keyword but with the child class name inside parentheses True False

Generally speaking, attributes are directly available in Python True False