1) Simplicity: Python is a language that represents the idea of simplicity. Reading a good Python program feels like reading English, albeit a very demanding English. this pseudo-code nature of Python is one of its strengths, allowing users to focus on solving problems rather than figuring out the language itself.

2) Easy to learn: Python has an extremely simple syntax that is very easy to pick up.

3) Free and open source: Python is one of the FLOSS (Free/Open Source Software). Simply put, users are free to distribute copies of this software, read its source code, make changes to it, and use parts of it in new free software.FLOSS is based on the concept of a group sharing knowledge, which is one of the reasons why Python is so good: it was created by a group of people who wanted to see Python even better and it is being constantly improved by them.

4) High-level language: you can write a program in Python without having to think about the underlying details of how to manage the memory used by the program.

5) Portability: Because of its open source nature, Python has been ported to many platforms. If a Python program doesn't use system-dependent features, it can run without modification on any of the platforms listed below. These platforms include Linux, Windows, FreeBSD, Macintosh, Solaris, OS/2, Amiga, AROS, AS/400, BeOS, OS/390, z/OS, Palm OS, QNX, VMS, Psion, Acom RISC OS, VxWorks, PlayStation, Sharp Zaurus, Windows CE, Pocket PC, and Symbian.

6) Interpreted Languages: Compiled Languages (e.g., C or C++) The process of converting a source program from a source file (i.e., the C or C++ language) to binary code (i.e., 0's and 1's) is accomplished through the use of a compiler and different flags and options. When the program is run, the linker copies the program from the hard disk to memory and runs it. Python programs, on the other hand, don't need to be compiled into binary code; they run the program directly from the source code.

Inside the computer, the Python interpreter converts the source code into an intermediate form of bytecode, which is then translated into the machine language used by the computer and run. As a result, users no longer need to worry about the details of how to compile a program, or how to make sure that the right module or package file is specified, all of which makes using Python much simpler. It also makes Python programs more portable, because you only need to copy them to another computer to make them work.

7) Object-Oriented: Python supports both procedural and object-oriented programming. In procedural languages, programs are built from procedures or functions that are simply reusable code. In an object-oriented language, programs are built from objects that are combinations of data and functionality. Python implements object-oriented programming in a very powerful yet simple way compared to other languages such as C++ and Java.

8) Extensible: If you want to make a critical piece of code run faster or want certain algorithms to be undisclosed, you can write that part of the program in C or C++, and then call it from within a Python program.

9) Embeddability: Python can be embedded into a C/C++ program to provide scripting capabilities to the user.

10) Rich Extension Library: Python has a large library of extensions to help with regular expressions, document generation, unit testing, threading, databases, web browsers, CGI, FTP, email, XML, XML-RPC, HTML, WAV files, cryptosystems, GUIs, Tk, and other system-related operations. related operations. All of these features are available as long as Python is installed, which is known as Python's "full-featured" philosophy. In addition to the extension libraries, there are many other high-quality libraries, such as wxPython, Twisted, and the Python image library.