Key Features of Python

Python is Easy to Learn and Use:

There is no prerequisite to start Python, since it is Ideal programming language for beginners.

High Level Language:

Python don’t let you worry about low-level details, like memory management, hardware-level operations etc.

Python is Interpreted:

Code is executed line-by-line directly by interpreter, and no need for separate compilation. Which means –

You can run the same code across different platforms.
You can make the changes in code without restarting the program.

Dynamic Typed:

Python is a dynamic language, meaning there are no need to explicitly declare the data type of a variable. Type is checked during runtime, not at compile time.

Object Oriented:

Python supports object-oriented concepts like classes, inheritance, and polymorphism etc. OOPs empowers Python with modularity, reusability and easy to maintain code. Extensive Library are Available: Python has huge set of library and modules, which can make development lot easier and faster.

Open-Source with Huge community Support:

Along with opensource, Python is blessed with very large community contributing to its further development.

Cross Platform:

Same Python code can run on Windows, macOS and Linux, without any modification in code.

Good Career Opportunities:

Python is in high demand across industries like Software development, AI, finance, and cloud computing etc.

Limitations of python

Performance Limitations:

Python is an interpreted language which makes it slower than compiled languages like C++ or Java.

Not preferred for Mobile Apps and Front End:

Python isn’t preferred for Front End dev or mobile apps because of slower execution speeds and limited frameworks compared to JavaScript or Swift.

Memory Expensive:

Python consumes more memory because of its high-level nature and dynamic typing.

Lack of Strong Typing:

Dynamic typing makes Python easy to code, but it can lead to runtime errors that would be caught at compile time in statically typed languages like Java or C#.

Not Suitable for Game development:

Python lacks the high speed and low-level hardware control needed for game engines.