Q
How does Java contribute to improved code maintainability?

Answer & Solution

Answer: Option A
Solution:
Java's adherence to object-oriented principles such as encapsulation, inheritance, and polymorphism facilitates modular and organized code, making it easier to understand, maintain, and extend over time.
Related Questions on Average

What makes Java suitable for building high-performance server applications?

A). Multithreading Support

B). Limited Standard Library

C). Proprietary Licensing

D). Limited Community Support

Why is Java considered a secure programming language?

A). Robust Security Model

B). Vulnerable to Cyber Attacks

C). Limited Error Handling

D). Lack of Encryption

How does Java contribute to enhanced developer productivity?

A). Rich Ecosystem of Tools and Libraries

B). Limited Compatibility with Other Languages

C). Proprietary License

D). Slow Execution Speed

How does Java contribute to faster development cycles?

A). Rich Standard Library

B). Limited Community Support

C). Proprietary License

D). Slow Compilation Time

How does Java facilitate code reuse?

A). Inheritance and Polymorphism

B). Procedural Programming

C). Unstructured Coding Style

D). Limited Functionality

What makes Java a popular choice for web development?

A). Robust Server-Side Technologies

B). Limited Community Support

C). Proprietary License

D). Incompatibility with Web Standards

What advantage does Java offer for developers transitioning from C#?

A). Similar Syntax and Principles

B). Different Syntax and Principles

C). Limited Interoperability

D). No Advantage

What makes Java suitable for large-scale enterprise applications?

A). Scalability and Performance

B). Limited Community Support

C). Proprietary Licensing

D). Incompatibility with Legacy Systems

How does Java contribute to reduced development costs?

A). Code Reusability

B). Code Duplication

C). Code Complexity

D). Code Confusion

What role does Java's garbage collection play in memory management?

A). Automated Memory Reclamation

B). Manual Memory Allocation

C). Memory Fragmentation

D). Memory Leakage