Is modularity a general property of OOP?

Explanation: Duplicate/Redundant data is dependent on programmer and hence can’t be guaranteed by OOP. Code reusability is done using inheritance. Modularity is supported by using different code files and classes. Explanation: It’s false because for a program to be pure OO, everything must be written inside classes.

Can modularity be achieved in oops?

Modularity is intrinsically linked with encapsulation. Modularity can be visualized as a way of mapping encapsulated abstractions into real, physical modules having high cohesion within the modules and their inter–module interaction or coupling is low.

What does modularity mean OOP?

Modularity is the process of decomposing a problem (program) into a set of modules so as to reduce the overall complexity of the problem. Booch has defined modularity as: “Modularity is the property of a system that has been decomposed into a set of cohesive and loosely coupled modules.”

Why is OOP so complicated?

As a beginner, OOP is also more difficult to read for several non-code related reasons. First, it’s near impossible to understand why a piece of code exists if you’re unfamiliar with the domain being modeled with classes. Secondly, OOP is a craft and is inherently opinionated.

Which among the following for a pure OOP language is true?

Which among the following, for a pure OOP language, is true? Explanation: The language must follow all the rules of OOP to be called a purely OOP language. Even if a single OOP feature is not followed, then it’s known to be a partially OOP language.

What are properties of object-oriented systems?

There are 4 major principles that make an language Object Oriented. These are Encapsulation, Data Abstraction, Polymorphism and Inheritance.

Which of the following is not an essential property of an object?

Which among the following is not a property of an object? Explanation: The names are not property of an object. The identity can be in any form like address or name of object but name can’t be termed as only identity of an object. The objects contain attributes that define what type of data an object can store.

Which of the following is true about this pointer?

Which of the following is true about this pointer? Explanation: The ‘this’ pointer is passed as a hidden argument to all non-static member function calls and is available as a local variable within the body of all non-static functions.