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AP Physics 2: Algebra-Based Study Guide

Free AP Physics 2: Algebra-Based exam prep: official exam format and unit weightings, six annotated FRQ walkthroughs, a scoring-rubric breakdown, a tips-for-a-5 checklist, and a unit-by-unit study guide for every unit in the College Board AP Course & Exam Description.

Exam length3 hours
Units in framework12
FRQ walkthroughs6
AP score scale1 – 5

About AP Physics 2: Algebra-Based

AP Physics 2: Algebra-Based is one of the 38 College Board Advanced Placement courses offered to US high school students. Like every AP exam, AP Physics 2: Algebra-Based is scored on a 1–5 scale, with most US colleges granting credit or placement for scores of 3 and above; specific policies vary by institution and should be checked using the College Board AP Credit Policy Search. The exam runs 3 hours end-to-end and is split between a multiple-choice section and a free-response section, with the official section breakdown documented on the exam format page.

The 12-unit framework below mirrors the order in which the College Board AP Course and Exam Description presents the material. Work through it in sequence if you are using ExamEdge US as a primary review, or jump to a specific unit if you are patching a weakness identified by a practice exam. Every unit guide on this site has the same four-part structure — a short narrative explainer, five key ideas you can copy onto a study card, four multiple-choice practice questions with explanations, and links to the neighboring units.

Pair this index with the scoring-rubric breakdown and the tips-for-a-5 checklist from week 1. The fastest path from a baseline diagnostic to a real score lift is rubric awareness, not additional content review — and that's what the rubric and tips pages are designed to install.

Course pages

5 detail pages

Units in the AP framework

12 guides
  1. 1Fluids Notes · 4 questions →
  2. 2Thermodynamics Notes · 4 questions →
  3. 3Electric Force, Field, and Potential Notes · 4 questions →
  4. 4Electric Circuits Notes · 4 questions →
  5. 5Magnetism and Electromagnetic Induction Notes · 4 questions →
  6. 6Geometric and Physical Optics Notes · 4 questions →
  7. 7Quantum, Atomic, and Nuclear Physics Notes · 4 questions →
  8. 8Lab-Based Investigations Notes · 4 questions →
  9. 9Quantitative Skills in Physics Notes · 4 questions →
  10. 10Free-Response Practice Notes · 4 questions →
  11. 11Multiple-Choice Drills Notes · 4 questions →
  12. 12Full-Length Practice Exam Notes · 4 questions →

FRQ walkthroughs

6 annotated examples
  1. F1FRQ 1 — Application of Core Concepts Rubric & sample →
  2. F2FRQ 2 — Synthesis Across Units Rubric & sample →
  3. F3FRQ 3 — Analysis of a Stimulus Rubric & sample →
  4. F4FRQ 4 — Quantitative Reasoning Rubric & sample →
  5. F5FRQ 5 — Conceptual Justification Rubric & sample →
  6. F6FRQ 6 — Multi-Part Extended Response Rubric & sample →

Suggested approach

Treat each unit as a single study session: read the four short paragraphs of notes, copy the five key ideas onto a physical card, attempt the four practice questions before revealing the explanations, and self-score honestly. If you score three or four, mark the unit as "maintain" and revisit weekly. If you score two or fewer, mark as "rebuild" and schedule a return visit within seven days. Spread the unit sessions across the weeks before your test date using the six-week study planner.