Computing in Python II: Control Structures

This module introduces the fundamental concept of control structures in programming, explaining how they control the execution of code. Students learn the basic principles of how control structures can modify program flow and determine when different lines of code execute.

This module covers conditional statements in Python, including if, else-if, and else structures. Students learn to implement complex decision-making logic in their code, enabling programs to make choices based on variable values and conditions.

This module explores different types of loops in Python, including for loops, for-each loops, and while loops. Students learn to implement repeated behaviors and iterate over collections of data, enabling efficient processing of multiple values.

This module covers the creation and use of functions in Python, focusing on how to encapsulate code into reusable blocks. Students learn to define functions with specific inputs and outputs, enabling modular and efficient program design.

This module teaches techniques for handling errors and exceptions in Python programs. Students learn to anticipate potential errors and implement graceful error handling mechanisms to ensure program reliability and robustness.