Introduction to Python Programming

Learn how variables store information in Python, including integers, floats, strings, booleans, and non type, and how to initialize them with the equals sign.

Learn how the print function outputs values to the user in Google Colab, including printing strings within quotes and running code with Shift+Enter.

Explore Python arithmetic operations, including addition, subtraction, division, multiplication, power, modulo, and floor division, and learn the Pemdas order of operations in Google Collaboratory.

Explore comparison operators that compare values and return boolean values—true or false. Learn about equality with double equals, assignment equals, and not equal operators, plus other related operations.

Explore logical operations using and, or, and not with booleans A and B, showing how true and false combine and how not inverts values.

Explore if, elif, and else in Python by evaluating conditions like A > 22 and A == 21, using proper indentation, the print function, and nested blocks.

Learn to check a variable’s type with type, assign booleans and integers, and perform arithmetic using variables instead of numbers, illustrating that a variable stores information in Python.

Explore string operations in Python, including concatenation, multiplication, indexing, and slicing, with zero-based indexing shown in hello and world examples.

Explore Python loops, including for and while constructs, using range and print to iterate numbers and strings; learn loop control with break and the plus-equals shorthand to prevent infinite loops.

Learn how to document Python code with comments, including one-line comments and multi-line comments using triple notation, to describe code and improve readability.

Explore Python data structures by examining tuples, lists, dictionaries, and sets, highlighting immutability, in-place operations, key access, default values, and the uniqueness of set elements.

Learn how to handle input and output in Python by converting integers to strings with str, printing with f-strings that embed variables, and using input to capture user data.

Define functions with def, pass arguments, and return results to compute additions. Understand local scope and that variables inside a function are not accessible outside.

Define a simple Python calculator class with init and self, create an object, access and update current via dot notation, and implement get and set methods such as add.

Explore how classes and functions enable code reusability in Python, with a preview of advanced topics like lambda, file I/O, and machine learning and data science.