There are many different programming languages available. A majority of them are designed to handle some specific types of problems, depending on how they operate. Some are also more popular than others, perhaps due to how efficient they are. Below are a few of the most popular programming languages and the reasons as to why there are preferred over the others.

Popular programming languages

C++ language

This is an object-oriented language, which is usually used in many large projects. It allows a programmer to break down a single program into many different parts. Different individuals can work on the different parts of the program, which is perhaps why it is preferred for large programs. Code can also be reused many times because of the object-oriented structure. It is actually one of the most efficient programs.

C language

This basic language finds most of its applications in game programming. The C language comes with an additional packing of the C++ language, which makes programs a lot faster. It also gives C++ reusability, resulting in a slight performance increase of the C language.

Pascal language

This programming language finds most of its applications in teaching, with only a few industries using this language to code programs. Keywords are used, as opposed to braces and symbols as those in C language. This makes it quite easy for a beginner to get a grasp on it. It is for this reason that it is widely used to teach programming students.

Java language

This multi-platform programming language is mostly used in networking. It is usually used with Java applets on the web. It is almost similar to C++ regarding syntax and structure, allowing it to be used in the design of cross-platform programs. If you already know C++, you will have a very easy time learning the Java language. It also has the advantages that come with object-oriented programming. Java offers some amazing features such as speed, but it can be a little bit difficult to write code efficiently.

Fortran language

This language is mostly used by scientists to crunch numbers. It can handle any size of variables that can fit in the memory of the machine or computer being used. It is quite useful for engineers that have to get high precision when calculating values. A downside to it is that the program is not flexible, which makes it a bit difficult to read at times.