Interpreted high-level, general purpose programming language.
It has design philosophy that emphasizes code readability notably using significant whitespace.
It provides constructs that enable clear programming on both small and large scales.
To develop both desktop and web applications and for developing complex scientific and numeric applications.
It supports multiple programming paradigms including object oriented, imperative, functional and procedural.
READABLE AND MAINTAINABLE CODE
MULTIPLE PROGRAMMING PARADIGMS
COMPATIBLE WITH MAJOR PLATFORMS AND SYSTEMS
ROBUST STANDARD LIBRARY
MANY OPEN SOURCE FRAMEWORKS AND TOOLS
SIMPLIFY COMPLEX SOFTWARE DEVELOPMENT
ADOPT TEST DRIVEN DEVOLEPMENT.
Web programming (Django, zop, google app, engine and much more)
Used for desktop applications (blender 3D or even for games pygames)
Can be translated into binary code like java, used for developing sites
Writing scripts and web developing most of the time other people use it in robots, others use it in data analyzing, others use it in math and machine learning.
Primarily used in creating solutions to complex issues in a short time and lower lines of code them many languages.
The python language has diversified application in the software development companies such as in gaming, web, frameworks and applications, language development, prototyping, graphic design applications etc.
This provides the language a higher plethora over the programming language used in the industry.
Extensive support libraries
Improved programmers productivity
It is widely used
It is well documented online
Strong object oriented features
It has vibrant ecosystem
Minimum boiler plate code.
Python is a programming robust language and provides an easy usage of the code lines, maintenance can be handled in a great way and debugging can be done easily too, it has gained importance across the globe as computer gaint google has made it one of its official programming language.