Concept of Object Oriented Programs in Python

A. To model real-world entities and their interactions

B. To maximize efficiency

C. To use fewer lines of code

D. To create simple programs

A. A specific data type

B. A built-in function

C. An instance of a class

D. A variable in Python

A. A blueprint for creating objects

B. A built-in function

C. A variable in Python

D. A specific data type

A. Polymorphism

B. Abstraction

C. Inheritance

D. Encapsulation

A. It hides complex implementation details and only exposes essential features

B. It defines a new class

C. It creates abstract objects

D. It abstracts the data

A. Determines the object name of any value

B. Determines the class name of any value

C. Determines class description of any value

D. Determines the file name of any value

A. A subclass derives from a class which in turn derives from another class

B. A single superclass inherits from multiple subclasses

C. A single subclass derives from a single superclass

D. Multiple base classes inherit a single derived class

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 objects of different types and behaviour to be treated as the same general type

A. It defines a new class

B. It creates abstract objects

C. It hides complex implementation details and only exposes essential features

D. It abstracts the data

A. It promotes code reusability and allows the creation of a new class based on an existing class

B. It simplifies syntax

C. It reduces code size

D. It makes programs run faster