Python is a common-purpose language, which means you can build any programs or anything using python. Python allows the user to use many built-in tools and libraries into a program.

Professionally, Python is best for scientific programs, backend web development, research projects, etc. Numerous developers also use Python to develop fertility tools, video games, and desktop applications, so there are loads of resources to help anyone learn how to do those as well.

Python was designed to be easy to understand and fun to use. Fun is a great motivator, and since you will be able to develop prototypes and tools quickly with Python, many programmers find coding in Python a satisfying experience. So, Python has gained popularity for being a beginner-friendly language, and it has replaced Java as the strongest fundamental language at Top U.S. Universities.

Some reasons, why and how Python become the best programming language:

User-friendly learning:

For a beginner of programming languages or a technology industry, the programming languages have to be easy to learn and manageable to use in different projects. If a language is hard to learn and desegregate, the chances of being widely adopted will decrease. Python is unique in this theory. It uses the “real life” wordings and syntax.

For example, comparison between Python and an OOP to print “hello world” code is like:

In Python: print “hello, world”;

In OOP: public class HelloWorld {

    public static void main(String[] args) {

        System.out.println (“hello, world”);




Efficiency is the ability to maintain the system performance, and in this case, Python is super efficient. A new programming language needing efficiency will not gain the same success as Python. We have to accept the standards set by Python since Python has huge built in libraries, classes, and methods.


In the last couple of years, the enterprises and organizations have seen the demand for highly scalable methodologies. When a client requires a tremendous amount of construction for an application that does not expect for the project to be complete, but the application can be moved to live at any moment of the development process, Python is the most scalable programming language in that situations. Using Python ensure that the application remains open to being connected new modules in a systematic approach without disturbing its existing modules. This enables the application to stay in an auto-complete form so that it can be improved further in later without debugging its center modules too much.


New technology often seems to lessen in less time than it takes to be formed. Everything comes with an expiration date, always being replaced with a better solution in the future. If the technology manages to span some years keeping constant or growing in popularity, this indicates the acceptability of the technology. Due to its repeated selection and engagement to refining itself over time, Python seems to be successful. Not only that, it has been appended with HTML5, CSS5, jQuery, AJAX, and other modern and futuristic languages. It allows building an amazing choice for highly productive web applications, smartphone software, and native utilization for any operating systems.

Final Thoughts:

Any programming languages with high reliability will gain respect and increase the confidence of developers. In this sense, Python qualifies with sailing colors as a highly positive programming language including powerful technologies and libraries. Python’s reliability lies in its secure settings, availability of substantial resources, and the strong support from a large community in the industry.

Moreover, before I close this discussion, I have to cheer the Python society. They give on-demand support for their programmers anytime at 24 hours in a week. So, without a suspicion, the support and reliability of this programming language are excellent.


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