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Encapsulation is a cornerstone of OOP that enforces data hiding by restricting direct access to an object’s internal state. 1. Data Protection: By using access modifiers (e.g., private, protected), encapsulation shields sensitive data from external manipulation. 2. Clear Interfaces: Through getter and setter methods, encapsulation provides controlled interaction with an object’s data, ensuring integrity and security. 3. Modularity: Encapsulation helps developers manage code complexity by compartmentalizing data and behavior within distinct classes. Thus, encapsulation creates a robust framework for managing dependencies and ensuring secure object interactions. Why Other Options Are Incorrect: • A) Abstraction: Focuses on hiding implementation details but differs by emphasizing interface design. • B) Polymorphism: Deals with dynamic behavior and method variability, unrelated to data hiding. • D) Inheritance: Describes property/method sharing between classes, not encapsulation. • E) Composition: Involves constructing objects using other objects, unrelated to access control.
How many people are sitting between G and C when counted in clockwise direction from G?
what is the position of F with respect to his daughter?
Who among the following person sits second to the left of F?
What is the position of the one who likes Apple with respect to S?
Who is third to the left of S?
Who sits opposite to V?
Which of the following statements is/are true?
Who sits third to the left of T?
Who lives in room number 7?
How many persons are sitting between N and M (When counted from left of M)?