Encapsulation improves code security by restricting direct access to data and allowing controlled access through methods.

Encapsulation allows unlimited access to all data fields.

Encapsulation makes code slower and less efficient.

Encapsulation eliminates the need for methods to access data.

Static and dynamic typing

Inheritance and polymorphism

Compilation and interpretation

Access modifiers and getter/setter methods

Private variables can be accessed using a public method.

Private variables are accessible through inheritance.

Yes, you can access private variables directly from outside the class.

No, you cannot access private variables directly from outside the class.

The purpose of getter and setter methods is to provide controlled access to private class attributes.

To directly modify private class attributes without restrictions.

To automatically generate documentation for the class.

To enhance the performance of class methods.

Data hiding is unrelated to encapsulation in object-oriented programming.

Encapsulation allows full access to an object's internal state.

Encapsulation prevents any form of data access or manipulation.

Encapsulation enables data hiding by restricting access to an object's internal state.

define

object

function

class

Public: accessible everywhere; Private: accessible only within the class; Protected: accessible within the class and subclasses.

Public: accessible only to the class; Private: accessible to subclasses; Protected: accessible everywhere.

Public: accessible only to subclasses; Private: accessible to all classes; Protected: accessible only within the package.

Public: accessible only within the package; Private: accessible everywhere; Protected: accessible only within the class.

Encapsulation requires all code to be rewritten for any change.

Encapsulation makes code more complex and harder to understand.

Encapsulation eliminates the need for documentation entirely.

Encapsulation improves code maintainability by allowing changes to be made internally without impacting external code dependencies.

No, encapsulation can only be applied to variables.

Yes, encapsulation can be applied to both methods and variables.

Encapsulation is not relevant to methods or variables.

Yes, but only to private methods.

uses-a relationship

has-a relationship

is-a relationship

none of the above

float

byte

Boolean

char

int[3] i = new int[];

int[ ] i = {1,2,3};

int[ ] i = new int[ ]{1, 2, 3};

int[ ] i = new int[3];

Class

Package

Subclass

World

Polymorphism

ArrayList

Autoboxing

Encapsulation

Integer

String

double

Boolean

Class

Object

Reference

Primitive

true

false

-1

null

0

garbage data

Class A

Class B

Class C

Compile error