AP Physics 2 Exam Format 2027: Length, Sections & Timing
The 2027 AP Physics 2 exam has 42 multiple-choice questions in 85 minutes and 4 free-response questions in 95 minutes. Each section contributes 50% of the score. Multiple-choice responses and FRQ prompts are digital; FRQ responses are handwritten.
What is the AP Physics 2 exam format in 2027?
The timed sections total 180 minutes (3 hours). Section I contains 42 MCQs in 85 minutes and Section II contains 4 FRQs in 95 minutes. Both sections contribute 50% of the exam score.
What changed from the 2025–2026 exam structure?
The total timed testing length stays at three hours, but two MCQs are added and five minutes move from the FRQ section to the MCQ section.
| Feature | 2025–2026 | 2027 | Change |
|---|---|---|---|
| MCQ count | 40 | 42 | +2 questions |
| MCQ time | 80 min | 85 min | +5 min |
| FRQ count | 4 | 4 | No change |
| FRQ time | 100 min | 95 min | −5 min |
| Total timed testing | 180 min | 180 min | No change |
| Section weighting | 50% / 50% | 50% / 50% | No change |
If a resource still uses 40 MCQs in 80 minutes or gives 100 minutes for FRQs, it is using the 2025–2026 timing rather than the May 2027 structure.
Multiple Choice
85 minutes · 50% of score
- Questions can be discrete or grouped around a shared stimulus or data set.
- Average available time is about 2.02 minutes per question, but individual items vary.
- Expect graphs, diagrams, circuit/ray representations, experimental data and conceptual comparisons alongside calculations.
- Use elimination and model recognition before reaching for the calculator.
Free Response
95 minutes · 50% of score
- FRQ prompts are viewed digitally and responses are handwritten.
- Average available time is about 23.75 minutes per task; actual point demand varies.
- Show the governing model, equations, representations, units and written justification.
- Do not let one difficult subpart prevent you from earning evidence points elsewhere.
One task of each reasoning mode
Treat these as four different response skills rather than one generic written section.
Mathematical Routines
Develop and use equations, calculate unknown quantities and connect algebra to a defensible physical model.
Train:symbolic derivation · proportional reasoning · units · limiting casesTranslation Between Representations
Move among graphs, field diagrams, circuits, ray diagrams, equations, tables and verbal descriptions.
Train:slope/area · graph shape · vector direction · model consistencyExperimental Design & Analysis
Choose measurements, control variables, analyze uncertainty and use graphs/data to support a claim.
Train:variables · apparatus · repeats · linearization · slope/intercept meaningQualitative / Quantitative Translation
Make a conceptual prediction, support it mathematically and reconcile both forms of reasoning.
Train:claims · functional dependence · ratios · physical explanationWhat happens on screen and what happens on paper
Practice the information transfer so the interface does not become an extra cognitive task on exam day.
Read and answer multiple-choice questions and linked data sets on screen.
Use provided reference information plus the built-in Desmos scientific or graphing calculator, or a permitted handheld calculator, when useful.
Read all four free-response tasks on screen.
Handwrite equations, graphs, calculations, diagrams and explanations.
At least some FRQ practice should be done by reading the prompt from a screen while writing the solution on paper. That matches the actual representation-transfer task more closely than typing everything in one document.
Calculator and reference information
A permitted four-function, scientific or graphing handheld calculator can be used on both sections, and the testing app provides built-in Desmos scientific and graphing calculators. Reference information is also available during the exam.
- Use the calculator for arithmetic, graphing or numerical checks when it saves time.
- Do not substitute calculator output for a requested derivation or physical explanation.
- Know the structure of the equation/reference sheet before exam day.
- Keep units and sign conventions visible even when the calculator handles numbers.
What deserves the most practice
Build a simple 2027 pacing plan
The official section times do not change. Adjust the review reserve to see useful practice checkpoints.
AP Physics 2 exam-format questions
How many questions are on the AP Physics 2 exam in 2027?
There are 42 multiple-choice questions and 4 free-response tasks.
How long is the AP Physics 2 exam in 2027?
The two timed sections total 180 minutes: 85 minutes for MCQs and 95 minutes for FRQs. Administrative time is additional.
Is AP Physics 2 fully digital?
No. It is hybrid digital: multiple-choice responses and FRQ prompts are digital, while FRQ answers are handwritten.
Are calculators allowed?
Yes. A permitted four-function, scientific or graphing handheld calculator can be used on both sections, and built-in Desmos scientific and graphing calculators are available in the testing app.
What changed for the 2027 exam?
The MCQ section changes from 40 questions in 80 minutes to 42 questions in 85 minutes. The FRQ section remains four questions but changes from 100 minutes to 95 minutes.
What are the four FRQ types?
Mathematical Routines, Translation Between Representations, Experimental Design and Analysis, and Qualitative/Quantitative Translation.