How to Use the AP Physics 2 Score Calculator
The AP Physics 2 Score Calculator helps you estimate your final AP score from practice tests and mock exams:
- Section I: Multiple Choice — Enter the number of multiple-choice questions you answered correctly (out of 40).
- Section II: Free Response Questions (FRQ) — Enter your earned points for each of the 4 free-response questions:
- FRQ 1: Mathematical Routines (0–10 points)
- FRQ 2: Translation Between Representations (0–12 points)
- FRQ 3: Experimental Design and Analysis (0–12 points)
- FRQ 4: Qualitative/Quantitative Reasoning (0–6 points)
- View Your Prediction — The calculator automatically determines your weighted composite score (0–100), individual section contributions, estimated AP grade (1–5), and points needed for the next grade band.
- Customize Cutoffs (Optional) — Adjust the grade cutoff percentages to simulate harder or easier exam curves.
Formula & Scoring Structure
The AP Physics 2 scoring model divides total weight equally between multiple-choice and free-response sections:
MCQ Contribution (%) = (MCQ Correct / 40) × 50
FRQ Contribution (%) = (FRQ Total / 40) × 50
Composite Score (0–100) = MCQ Contribution + FRQ Contribution
| Component | Questions / Tasks | Max Raw Points | Weight in Composite |
|---|---|---|---|
| Section I (MCQ) | 40 Questions (80 min) | 40 | 50% |
| Section II (FRQ) | 4 Problems (100 min) | 40 | 50% |
| Total Composite | 44 Tasks | 80 Raw | 100% |
Historical AP Grade Cutoffs
AP Score 5 (Extremely Well Qualified) → Composite ≥ 70%
AP Score 4 (Well Qualified) → Composite ≥ 55%
AP Score 3 (Qualified / Passing) → Composite ≥ 42%
AP Score 2 (Possibly Qualified) → Composite ≥ 30%
AP Score 1 (No Recommendation) → Composite < 30%
Use Cases
- Practice Test Diagnostics — Grade your full-length practice exams and track progress toward your target score.
- Score Sensitivity Analysis — Determine how many additional MCQ questions or FRQ points you need to jump from a 3 to a 4 or from a 4 to a 5.
- Study Planning — Identify whether to spend more review time on experimental design questions, thermodynamics, optics, or modern physics.