Python's prominence as a computer language has lately soared, even though the language was founded in the late 1980s. The language serves many purposes, from video games to web apps and data analysis. What accounts for its meteoric rise to prominence as the language of choice for budding programmers, particularly among young people interested in coding?
Python's philosophy of design is where you'll find the solution. Python's designers prioritized keeping the language's structure as straightforward as possible. The language used had to be clear, and the code needed to be legible.
They also requested a tone that was just a touch more playful in writing. With these goals in mind, they were able to design a language that is flexible, understandable, and simple to implement.
Beginning coders should focus on learning an intuitive language that has minimal syntactic rules and makes it simple to convey ideas. If you're looking for a language that meets all these criteria, go no further than Python for kids.
A child would have to understand several rules and grammar in more conventional programming languages like C++, Java, and C before writing their first program.
Output and input, for instance, must be explained to kids in great detail before they can start coding in languages like C or Java. That's not the case in Python. Python has built-in input/output functions that may be used without teaching kids the ins and outs of how computers work.
This essay aims to argue why Python should be taught as a first programming language to all children and to highlight the many ways in which Python could be helpful.
Below are a few arguments for why Python is a great language to teach kids their initial programming concepts.
