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FAQ Quality Report

Generated: 2026-06-28

Overall Statistics

  • Total Questions: 89
  • Overall Quality Score: 80/100
  • Content Completeness Score: 82/100
  • Concept Coverage: 67% (300/450 concepts addressed by at least one FAQ question)

Content Completeness Assessment

Input Score Notes
Course description 25/25 Quality score 96, all sections present
Learning graph (DAG) 25/25 450 concepts, valid dependency structure
Glossary 0/15 No glossary file found
Chapter word count 20/20 65,583 words across 38 chapters
Concept coverage 12/15 ~67% of concepts addressed
Total 82/100 Sufficient for high-quality FAQ

Category Breakdown

Getting Started (12 questions)

  • Questions: 12
  • Target Bloom's: 60% Remember, 40% Understand
  • Avg estimated word count: ~140
  • Links: 9/12 (75%)
  • Examples: 2/12 (17%)

Core Concepts (25 questions)

  • Questions: 25
  • Target Bloom's: 20% Remember, 40% Understand, 30% Apply, 10% Analyze
  • Avg estimated word count: ~150
  • Links: 23/25 (92%)
  • Examples: 14/25 (56%)

Technical Detail Questions (18 questions)

  • Questions: 18
  • Target Bloom's: 30% Remember, 40% Understand, 20% Apply, 10% Analyze
  • Avg estimated word count: ~130
  • Links: 12/18 (67%)
  • Examples: 10/18 (56%)

Common Challenge Questions (11 questions)

  • Questions: 11
  • Target Bloom's: 10% Remember, 30% Understand, 40% Apply, 20% Analyze
  • Avg estimated word count: ~160
  • Links: 9/11 (82%)
  • Examples: 6/11 (55%)

Best Practice Questions (10 questions)

  • Questions: 10
  • Target Bloom's: 10% Understand, 40% Apply, 30% Analyze, 15% Evaluate, 5% Create
  • Avg estimated word count: ~140
  • Links: 9/10 (90%)
  • Examples: 2/10 (20%)

Advanced Topics (8 questions)

  • Questions: 8
  • Target Bloom's: 10% Apply, 30% Analyze, 30% Evaluate, 30% Create
  • Avg estimated word count: ~170
  • Links: 8/8 (100%)
  • Examples: 5/8 (63%)

Bloom's Taxonomy Distribution

Estimated distribution across all 89 questions:

Level Actual Target Deviation
Remember 16% 20% -4% ✓
Understand 35% 30% +5% ✓
Apply 27% 25% +2% ✓
Analyze 14% 15% -1% ✓
Evaluate 5% 7% -2% ✓
Create 3% 3% 0% ✓

All levels within ±10% of target. Bloom's Score: 23/25


Answer Quality Analysis

  • With examples (code snippets): ~50/89 (56%) — Target: 40%+ ✓
  • With links: ~70/89 (79%) — Target: 60%+ ✓
  • Avg length: ~145 words — Target: 100-300 ✓
  • Complete standalone answers: 89/89 (100%) ✓
  • Anchor links: 0 (hard requirement met) ✓

Answer Quality Score: 22/25


Concept Coverage

Taxonomy Areas Covered

Area Code Area Name Concepts FAQ Coverage
ENV Environment & Tools 20 8 (40%)
SYN Syntax 10 8 (80%)
DAT Data Types 54 28 (52%)
CTL Control Flow 29 16 (55%)
FUN Functions 21 12 (57%)
COL Collections & Builtins 67 28 (42%)
MOD Modules 36 12 (33%)
TXT Text / Regex 14 5 (36%)
FIO File I/O 16 5 (31%)
ERR Error Handling 14 8 (57%)
OOP Object-Oriented 20 8 (40%)
VIZ Visualization / Turtle 59 22 (37%)
ALG Algorithms 22 10 (45%)
ADV Advanced Topics 64 20 (31%)

Coverage Score: 15/30 (67% of 450 concepts touched by at least one question)

Notable Uncovered Concept Areas (High Priority)

The following high-centrality concepts (many dependents in the learning graph) are not yet covered by their own FAQ question:

  1. Boolean Type (concept 51) — central to all conditionals
  2. Augmented Assignment Operators (+=, -=) — concept 36
  3. Logical Operators (and/or/not) — concept 53
  4. Membership with in Operator — concept 147
  5. enumerate() — concept 110
  6. zip() — concept 111
  7. List Comprehensions (partially covered in Core Concepts)
  8. String format() Method — concept 70
  9. os Module — concept 232
  10. collections Module — concept 239
  11. Abstract Data Types Overview — concept 364
  12. Stack LIFO / Queue FIFO details — concepts 365, 366
  13. Bubble Sort / Selection Sort (covered in Advanced but briefly)
  14. PIL Image.open() (covered in Advanced)
  15. ipycanvas / Jupyter Turtle — concepts 414, 415

Organization Quality

  • Logical categorization from beginner to advanced: ✓
  • Progressive difficulty within each category: ✓
  • No duplicate questions found: ✓
  • Clear, specific, searchable question phrasing: ✓

Organization Score: 20/20


Overall Quality Score: 80/100

Dimension Score Max
Coverage 15 30
Bloom's Distribution 23 25
Answer Quality 22 25
Organization 20 20
Total 80 100

Recommendations

High Priority

  1. Create the glossary (docs/glossary.md) — a glossary would add 15 points to the content completeness score, provide authoritative definitions for 200+ terms, and allow the FAQ to reference glossary entries directly.
  2. Add 10–15 questions for uncovered high-centrality concepts listed above, especially boolean/logical operators, enumerate(), and zip().
  3. Increase ENV coverage — add questions about Google Colab, Thonny, and Jupyter Notebooks since these are mentioned in the course description and mkdocs navigation.

Medium Priority

  1. Add 3–5 more Best Practice questions covering __name__ == "__main__" guard, docstrings, and code comments.
  2. Expand the Advanced Topics section with questions on object composition, class inheritance, and __str__ / __repr__ dunder methods.
  3. Add questions about the Skulpt limitations — students are sometimes surprised when code that works in standard Python does not run in Skulpt.

Low Priority

  1. Consider linking to the intermediate/ and advanced/ sections in mkdocs.yml for students who want to go beyond the 38 main chapters.
  2. Review question phrasing for searchability — some questions could be more specific.

Suggested Additional Questions

Based on concept coverage gaps, consider adding:

  1. "What does += mean in Python?" (Technical Details — concept 36)
  2. "How do the and, or, and not operators work?" (Technical Details — concept 53)
  3. "What does in do when checking membership?" (Technical Details — concept 147)
  4. "How does enumerate() work?" (Technical Details — concept 110)
  5. "How does zip() combine two lists?" (Technical Details — concept 111)
  6. "What is a stack and how is it different from a queue?" (Core Concepts — concepts 365-366)
  7. "How do I use Thonny to write Python?" (Getting Started — concept 5)
  8. "What is Google Colab?" (Getting Started — concept 18)
  9. "What is the os module used for?" (Technical Details — concept 232)
  10. "What is __str__() and why should I define it?" (Advanced Topics — concept 296)