Getting Started - Python Coding

Learn to write and run your first Python program with the print command, display strings like 'Hello, World', and follow lowercase syntax on an Android app.

Define variables to store strings and numbers, perform arithmetic, and display results with print statements. Learn from examples of name and age and changing values.

Explore defining numeric variables, performing math operations (addition, average, modulo), and concatenating strings with numbers and variables, while observing proper variable naming and avoiding reserved keywords in Python.

Explore string concatenation and conditionals in Python by building greetings from strings, then use if statements with age comparisons and not equal checks, indent, and print results.

Master Python control flow with if, else, and elif statements. Learn to test multiple conditions using and, or, and comparison operators, and write clear, unambiguous conditional logic.

Master Python conditionals with if statements, and/or logic, and nested structures, then explore lists, indexing, and appending items, while learning effective commenting.

Explore Python lists with append, insert, del, and remove; learn slicing, indexing from zero, and moving items between lists, plus a primer on tuples.

Learn how for loops iterate each list element, use indentation for blocks, and how inner loops run completely for every outer loop iteration, with a city comparison example.

Learn to collect user input with Python's input function, convert strings to numbers with int, and compare lowercased inputs against a city list to print matches.

Explore dictionaries in Python, distinguishing them from lists, with keys and values, creating, accessing, changing, and handling a list of dictionaries.

Learn how to define and call Python functions, pass arguments, return values, and use functions inside other functions, while understanding global and local scope.

Compare while loops with for loops in Python, and learn to drive loops using user input, break conditions, and a keep looping flag for real-world practice.

Explore how Python uses classes as templates to organize data, define attributes, and create instances that store unique information like a patient's last name.