Assess student understanding of Python lists and data collections with this complete Computer Science Principles (CSP) Unit 6 Assessment Bundle.

This bundle includes two quizzes and one mini project, providing a balanced mix of concept checks, tracing, reasoning, and real-world data application. Students demonstrate mastery of list fundamentals, looping through lists, and interpreting lists as simple datasets.

All assessments follow the Mr. H Codes assessment style — clear, structured, student-friendly, and sub-ready, with full answer keys and a grading rubric included.

📚 What’s Included in This Assessment Bundle

✔ Quiz A — Lessons 6.1–6.3 (Lists Fundamentals)

• What lists are and why they’re used
  
• Creating lists with brackets [ ]
  
• Zero-based indexing
  
• Accessing list values
  
• Modifying lists with append() and remove()
  
• Tracing list changes and debugging errors
  

📄 12-question quiz with multiple-choice, short answer, tracing, and reasoning questions

✔ Quiz B — Lessons 6.4–6.5 (Lists + Data Thinking)

• Looping through lists with for loops
  
• Loop–list tracing and output prediction
  
• Debugging list-loop logic
  
• Lists as simple datasets
  
• Data interpretation and reasoning
  

📄 12-question quiz with tracing tables, output prediction, and written reasoning

✔ Unit 6 Mini Project — List Data Analyzer

• Students create a list representing real-world data
  
• Use loops to process the data
  
• Analyze highest/lowest values and patterns
  
• Interpret and explain what the data shows
  

📄 Includes:

• Step-by-step project instructions
  
• JDoodle setup guidance
  
• Submission checklist
  
• 20-point grading rubric
  

🧠 Skills Assessed

• Data abstraction using lists
  
• Indexing and modifying collections
  
• Loop execution and tracing
  
• Debugging list-based code
  
• Data interpretation and reasoning
  
• Computational thinking
  

🧑‍🏫 Best For

• Computer Science Principles (CSP)
  
• Python-based CS courses
  
• Grades 9–12
  
• End-of-unit assessments
  
• In-class testing, sub plans, or project-based learning
  

⏱️ Time Required

• Quizzes: 20–30 minutes each
  
• Mini Project: 1–2 class periods
  

🖥️ Programming Language

Python