AP Computer Science Principles · EXAM GUIDEReviewed 2026-11-05
Original foundation lessons and 12-question representative sample of a planned 48-question MCQ practice across selected goals; not complete CED coverage.
AP Computer Science Principles: Exam Guide & Official Sources
Check the current official format, then follow a local foundation plan. The local plan is editorial advice; it does not replace the full course or the Create performance task.
Day 1: Reading bit patterns as values and abstractions and Evaluate the condition, then choose the branch
Complete the two linked lessons, attempt the six independent questions, then explain and correct errors. Cards and guides are optional follow-up.
Reading bit patterns as values and abstractions / Evaluate the condition, then choose the branch
40 suggested minutes
- Read two lessons and attempt each worked/transfer check (20 min).
- Choose an answer independently for each MCQ, then check its feedback before continuing (12 min).
- Explain the decisive condition and correct errors (8 min).
- Optional: retrieve four linked cards (~4 min). Read a linked guide (~9 min each).
Completion: Attempt all six questions and justify each answer with a traced step or named condition, including a rejected alternative.
If you need another pass: Find the missed distinction in the lesson, restate it without the example, then trace a new scenario. This is practice completion, not mastery certification.
Day 2: Update lists by tracking positions and length and Follow a packet from sender to reassembled message
Complete the two linked lessons, attempt the six independent questions, then explain and correct errors. Cards and guides are optional follow-up.
Update lists by tracking positions and length / Follow a packet from sender to reassembled message
40 suggested minutes
- Read two lessons and attempt each worked/transfer check (20 min).
- Choose an answer independently for each MCQ, then check its feedback before continuing (12 min).
- Explain the decisive condition and correct errors (8 min).
- Optional: retrieve four linked cards (~4 min).
Completion: Attempt all six questions and justify each answer with a traced step or named condition, including a rejected alternative.
If you need another pass: Find the missed distinction in the lesson, restate it without the example, then trace a new scenario. This is practice completion, not mastery certification.
The syllabus and your next lesson.
Creative Development
- Describe how collaboration and iterative design improve computing innovations.
- Identify program purpose, function, inputs, and outputs in described program designs.
Data
- Convert between binary and decimal representations and explain how a fixed number of bits limits the values that can be represented.
- Compare lossy and lossless compression and reason about the tradeoff between data size and information fidelity.
- Extract information from datasets and recognize how filtering and biased data affect conclusions.
Algorithms and Programming
- Trace variable assignment and evaluate expressions as written in the course pseudocode.
- Evaluate conditional execution and Boolean expressions in the course pseudocode.
- Trace repetition constructs (loops) and predict the values accumulated after a run.
- Traverse and update list values and reason about how list traversal behaves.
- Trace procedures with parameters and return values, and identify where abstraction hides implementation detail.
- Explain what simulations model and how randomness limits the conclusions a simulation can support.
Computer Systems and Networks
- Explain how packets, routing, protocols, and redundancy carry data across networks.
- Reason about fault tolerance, redundancy, and scalability when systems fail partially.
- Match computing threats to protections such as encryption, authentication, and software updates.
Impact of Computing
- Evaluate beneficial and harmful effects of computing innovations on people and society.
- Analyze digital divide causes and mitigations, including biased data and gaps in access.
Linked lessons cover selected foundations. Use the official syllabus to plan any topics beyond this pilot.
Dates and scheduling
Exam schedule
Use the current College Board AP Computer Science Principles exam page for assessment dates and deadlines, including the performance-task submission deadline and the May end-of-course exam session. Your coordinator confirms local arrangements.
Fees and regional differences
Registration and fees
Use College Board and your school AP coordinator for current eligibility, deadlines, ordering and charges. No universal local price is quoted here.
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Make a final check.
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Official resources.
Official course framework and assessment guidance; externally hosted by College Board.
Official course overview and big-idea weightings; externally hosted by College Board.
Current official exam format, dates and written-response structure; externally hosted by College Board.
The official pseudocode reference distributed for exam day; externally hosted by College Board.
Original foundation lessons and 12-question representative sample of a planned 48-question MCQ practice across selected goals; not complete CED coverage.
No full-length AP mock, automated Create-performance-task scoring, calibrated difficulty or official score prediction.
Practice items are original text scenarios; no official exam items, figures or reference-sheet pages are reproduced, and the reading-passage and multiple-select formats are not simulated.
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