When

Monday, October 7, 2025, last 60 minutes of class.

Scope

Labs 1–6, and all the associated readings in the Further Study sections.

Ground Rules

In person, on paper.

Preparation Checklist

Do each of the following to maximize your preparation:

• Attend all scheduled classes. Review the recordings for class periods you missed. Review the recordings for portions of the class sessions that you feel you need to review.
• Read and engage with all of the course notes within the scope of the exam.
• Read the assigned readings. Reading both the course notes (labs) and outside readings (especially Think Python) is empowering: you are seeing the same material presented in two different formats.
• Follow some of the links within the course notes to outside articles and videos. This gives you access to new material as well as a third presentation of the course content.
• Do the first homework assignment. If you worked in a team, you are still responsible for understanding all of the solutions. If you were irresponsible enough to “split the work” so that you learned nothing at all about work that your teammate did, then you are not living up to your responsibilities as a student. Ask your partner to explain their work to you.
• DO THE RECALL QUESTIONS IN THE NOTES PERIODICALLY. Active recall is the most powerful way to move knowledge from working memory to long-term memory.

Were you able to check off every box?

An Outline of Course Content So Far

The fact that active recall is better for acquiring long-term knowledge does not mean that outlines and concept maps are not useful. Learners should use multiple techniques—think “both and” rather than “either or.”

Computing
    What is computing?
    What is computer science?
    How can programming be learned?
Programming Basics
    print
    String literals
    String multiplication (repetition)
    for loops
    list literals
    ranges
    functions for grouping statements
    function calls vs. function definitions
    parameters vs. arguments
    arguments with (kwargs) and without (positional) names
Command Line
    Terminal vs. Shell vs. Command Line vs. CLI
    pwd, cd, ls, mkdir, touch, rm, cp, mv, cat, echo, find
    curl and unzip (not going to be on the exam)
    VSCode (and the terminal in VSCode)
    Running python with and without a file name
    Python REPL
Git and GitHub
    One time configuration (git config)
    git init
    git add
    git commit
    git status
    git log
    git diff
    README.md files
    Connecting a local repository to a remote repository
    git push
    git pull
    .gitignore
Python interactive command line applications
    input()
    if statements
    indexing and slicing strings and lists
    while loops
    while vs. for
    Booleans
    string.strip(), string.lower()
    random.choice()
    VSCode extensions: Python, autopep8
Python data types
    int, float, str, bool
    list, tuple, set, dict
    type() and isinstance()
    multiline strings
    arithmetic operators: +, -, *, /, //, %, **
    comparison operators: ==, !=, <, <=, >, >=
    operators like "in", "not in", "is", "is not"
    comments
More Python features and programming techniques
    functions that return values, not just print
    match statements
    import, for multi-file programs
    modules and packages
    exceptions
    string formatting (f-strings)
    thinking about algorithm design
    figuring out when you need to introduce functions
    Virtual environments (venv)
    pip install

Format of the Exam

The exam is closed book, closed device, on paper, but you can bring in two sheets of paper with notes.

About the Problems

There will be 20 questions of the multiple choice, multiple select, fill-in-the-blank, and short answer variety.