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Basics of Python

Loop Control Statements: continue

Basics of Python

Use Python's continue statement to skip specific iterations within loops while continuing execution, ideal for filtering or conditional processing.

Loop Control Statements: pass

Basics of Python

Learn how Python's pass statement serves as a placeholder in code, allowing you to maintain syntax without executing any action.

Modifying Lists

Basics of Python

Python lists are mutable, offering methods like append, insert, and extend to add elements. You can also remove or update items, making lists flexible for dynamic data handling.

Python Assignment Operators

Basics of Python

Python assignment operators assign values and perform operations simultaneously, with compound operators making code more concise and efficient.

Python Best Practices for Beginners

Basics of Python

For Python beginners, writing clean, readable, and maintainable code is key. Follow conventions, use clear variable names, and structure your code well to improve readability and ease debugging.

Python Boolean Values

Basics of Python

Boolean values in Python are True or False, crucial for logic in programming. They're built-in constants of the bool class, essential for controlling code flow and decisions.

Python Comparison Operators

Basics of Python

Python comparison operators like ==, !=, >, and < compare values and return True or False, essential for data validation, conditionals, and sorting.

Python Debugging Basics

Basics of Python

Debugging is a critical skill in programming, saving time and frustration. Learn fundamental tools and techniques, starting with print statements, to find and fix bugs effectively in Python.

Python “Hello World” Tutorial

Basics of Python

Learn how to write and run a simple "Hello, World!" program in Python with this beginner-friendly guide covering setup for Windows, macOS, and Linux.

Python Identity Operators

Basics of Python

Python identity operators is and is not check if two variables point to the same object in memory. They differ from equality operators, which compare values. Use them to verify object identity, not content equality.