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Simple Language

When a language is easy to learn and understand, it is considered as simple. The Java Syntax is uncomplicated, easy to learn, write, understand, and maintain, and thus the code is easy to debug. 

Furthermore, because many of the intricate aspects of C and C++ have been eliminated from Java, including the explicit pointers concept, operator overloading, storage classes, and many others, Java is less difficult than these languages.

Object-Oriented Programming Language

An object-oriented programming language, Java improves the reusability and flexibility of the code. One can easily reuse the object in another program by using the OOPs concept. 

By combining the data and functions into a single entity and preventing outside access, it also aids in boosting security. Additionally, breaking up larger modules into smaller ones makes them easier to comprehend.

Platform-Independent

Java provides a blessing to its users in the form of the platform independent feature – WORA (Write Once Run Anywhere).

Java’s compiled code, or byte code, is platform-neutral and may run on any machine regardless of the operating system. Any machine that supports the Java Virtual Machine can run this code (JVM).

Support for Portability Feature

Java’s platform independence makes it a portable language. Java code is portable and can be transported to any platform and executed there since it can be run on any platform. Java hence has the benefit of portability as well.

High-Level Programming Language

Given that it can be understood by humans, Java is a high-level programming language. Its syntax is highly straightforward and simple to maintain, similar to the syntax of the C++ language but in a more straightforward way. It is akin to human language.

Supports Multithreading

Java is a multithreaded language, meaning that several threads may be active at once. The smallest component of a process is a thread. We can maximize CPU usage with the aid of multithreading.

The efficiency and performance of the application are increased by multiple threads sharing a common memory space. These threads are separate from one another and do not interact.