Concept of Object Oriented Programs in Python

A. Encapsulation

B. Inheritance

C. Abstraction

D. Polymorphism

A. Ability of a class to derive members of another class as a part of its own definition

B. Means of bundling instance variables and methods in order to restrict access to certain class members

C. Focuses on variables and passing of variables to functions

D. Allows for implementation of elegant software that is well designed and easily modified

A. Protected members of a class can be inherited

B. The inheriting class is called a subclass

C. Private members of a class can be inherited and accessed

D. Inheritance is one of the features of OOP

A. Double-level

B. Multi-level

C. Single-level

D. Multiple

A. Determines the object name of any value

B. Determines the class identifiers of any value

C. Determines class description of any built-in type

D. Determines class description of any user-defined built-in type

A. A non-private method in a superclass can be overridden

B. A derived class is a subset of superclass

C. The value of a private variable in the superclass can be changed in the subclass

D. When invoking the constructor from a subclass, the constructor of superclass is automatically invoked

A. It allows objects of different classes to be treated as objects of the same class

B. It creates polygons

C. It makes code more complex

D. It defines methods

A. A class is a blueprint for creating objects, while an object is an instance of a class

B. A class is an object

C. They are the same

D. An object is a class

A. A variable shared among all instances of a class

B. A variable within a method

C. A built-in variable

D. A specific data type

A. It allows the programmer to think at a more abstract level

B. There is less program code to write

C. The program will have a more elegant design and will be easier to maintain and update

D. Program code takes up less space