What is JavaScript?
JavaScript is a scripting language for building dynamic web pages. It adheres to client-side programming principles, which means it operates in the user’s web browser without requiring any resources from the webserver.

Other technologies, such as REST APIs, XML, and others, can also be used with JavaScript. Nowadays, JavaScript incorporates technologies such as Node.js.

What is Python?
Python is an object-oriented programming language with a high level of abstraction. It comes with built-in data structures, as well as dynamic binding and typing, making it an excellent choice for rapid application development.

Modules and packages are also supported by Python, allowing for system modularity and code reuse. Because it just only a few lines of code, it is one of the fastest programming languages. Its emphasis is on readability and simplicity, which make it a wonderful choice for novices. The significant differences between Python and JavaScript are listed below.

KEY DIFFERENCES:

1. There are no mutable and immutable data types in JavaScript, although there are changeable and immutable data types in Python.
2. Because JavaScript has no built-in functionality for processing raw bytes, it should be encoded as UTF-16, whereas Python source code is ASCII by default unless you indicate otherwise.
3. Curly brackets are used in JavaScript, whereas indentation is used in Python.
4. In the Python programming language, getter and setter functions are used to define attributes, while JavaScript objects contain properties that can be composed of underlying attributes that let you specify a property.
5. Python is used for data analytics, machine learning, and math-intensive procedures, whereas JavaScript is used to develop a website or native application.

JavaScript’s Features
The following are some of JavaScript’s key features:

1. It’s a platform-independent language.
2. It’s commonly utilized on both the client and server sides.
3. Workflow for Effective Testing
4. It’s simple to pick up and start coding with.
5. Provides additional repercussions

Python’s characteristics

The following are some of Python’s key features:

1. It’s simple to learn, read, and keep up with.
2. It can run on a variety of hardware systems and has a consistent user interface.
3. Low-level modules can be loaded into the Python interpreter.
4. Python’s structure and support are suited for huge programs.
5. Python has built-in support for garbage collection.
6. It allows you to test and troubleshoot in an interactive fashion.
7. It allows dynamic type checking and has high-level dynamic data types.
8. The Python programming language can be used in conjunction with Java, C, and C++ code.
9. Goroutines provide simple concurrency support.
10. Compilation times are quick
11. Binaries that are statically linked and easy to deploy