Python as an Interpreted Language

How is Python an interpreted language? python is an interpreted language, meaning that the source code of the Python program converts to what is called a ‘bytecode’, which is then executed by the Python virtual machine.

Python differs from major compiled languages such as C and C++ in that Python code does not need to be written and linked as code for those languages this distinctive feature of Python that separates it from the others makes two cardinal points:

Python code is quick to develop as the code does not require to be compiled and built, Python code can be easily modified and executed. This ensures a swift development cycle.

Python code is slow in execution as the code is not compiled and executed directly. Further, an extra layer of Python virtual machine is responsible for the execution.

Advantages of interpreted languages


Platform independence is one key advantage that interpreted languages to have, this entails that, for as long as the Python bytecode and the Virtual Machine share the same version, Python bytecode can be performed on any platform such as Windows, and macOS.

Other advantages include:

Dynamic typing

Easy debugging (source code information is easily accessed in interpreted languages than compiled)

Automatic memory management

Python code runs slightly slower than traditional languages like C, C++

Strengths of Python Language

Python continues to rise in the ranking of the most used programming languages and is one of the most important languages in the world. Several studies that have been undertaken more recently have revealed that Python is the most popular language for machine learning and data science.

What Makes Python So Popular

Easy To Learn

How is Python an interpreted language? Python is an easy language to learn. The syntax thereof is easy to learn and understand for beginners. Minimum standard code is required to run Python programs compared to languages like C or Java.

It Supports Many Programming Paradigms

Python is a multi-paradigm multifunctional programming language that supports object-oriented programming, structural programming, and functional programming. This flexibility allows it to be used by many programmers.


Python’s extensibility is one of its most important and exciting features. Python has a large number of modules available that are easy to install and use. These modules cover all aspects of programming from data access to general algorithm implementation. This easily extensible feature ensures Python developers are more productive by solving various problems from the available libraries.

Active Open-Source Community

Python is open source and assisted by an extensive developer community. This makes it strong and adaptable. Any errors found can be easily fixed by the Python community. Since it is open-source, developers can manipulate the Python source code if needed.


Similar Articles



Most Popular