Q
Why is Java considered suitable for cross-platform development?

Answer & Solution

Answer: Option A
Solution:
Java's platform independence allows code to run on any platform with a compatible JVM, eliminating platform-specific dependencies and facilitating cross-platform development.
Related Questions on Average

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 improved code maintainability?

A). Object-Oriented Principles

B). Procedural Programming

C). Spaghetti Code

D). Copy-Paste Approach

What advantage does Java offer for developers switching from C++?

A). Ease of Memory Management

B). Complex Syntax

C). Lack of Standard Libraries

D). Limited Community Support

What role does Java play in improving application performance?

A). Efficient Runtime Environment

B). Memory Leakage

C). Slow Compilation Time

D). Lack of Multithreading Support

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

Why is Java a preferred choice for building cloud-native applications?

A). Scalability and Portability

B). Limited Integration Capabilities

C). Proprietary Licensing

D). Slow Performance

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 a preferred choice for building real-time systems?

A). Predictable Performance

B). Slow Compilation Time

C). Limited Error Handling

D). Lack of Support for Concurrency

How does Java facilitate code reuse?

A). Inheritance and Polymorphism

B). Procedural Programming

C). Unstructured Coding Style

D). Limited Functionality

Why is Java considered suitable for enterprise application development?

A). Scalability and Performance

B). Limited Integration Capabilities

C). Inflexible Architecture

D). High Maintenance Cost