AP Physics 2
AP Physics 2: Algebra-Based
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ExploreAbout this exam
AP Physics 2: Algebra-Based is a College Board course and exam covering thermodynamics, electric force and field, electric circuits, magnetism and electromagnetism, geometric optics, waves and physical optics, and modern physics. It is designed as the equivalent of a second-semester introductory college physics course, so it suits students who have already completed AP Physics 1 or a comparable introductory course and who have taken or are concurrently taking precalculus. The course emphasizes hands-on laboratory investigation alongside conceptual understanding, and the exam rewards skills such as building representations of physical phenomena, deriving and estimating quantities, and designing and analyzing experiments. The exam is hybrid digital: multiple-choice questions are completed in the Bluebook testing app and free-response answers are handwritten in paper booklets that are returned for scoring. Calculators are permitted. Because the course and exam were recently revised, students should confirm current exam details through their AP coordinator and the official College Board pages. Effective preparation means working problems across all seven content areas, practicing free-response types such as experimental design and representation translation, and reviewing the reference information provided on exam day. This page is an independent study resource and is not affiliated with or endorsed by the College Board.
What you'll study
About AP Physics 2 preparation
What is the format of the AP Physics 2 exam?
It is a hybrid digital exam. Students answer multiple-choice questions and view free-response questions in the Bluebook testing app, then handwrite free-response answers in paper booklets that are collected and returned for scoring. Calculators are permitted, and reference materials are provided in Bluebook and in print.
How long is the exam and how is it weighted?
The exam has two sections, each worth 50% of the score. Section I is multiple choice: 42 questions in 85 minutes. Section II is free response: 4 questions in 95 minutes. Note that these figures apply starting with the May 2027 exam, so confirm details for your own test date.
What types of free-response questions appear?
Section II contains four questions, one of each type: mathematical routines, translation between representations, experimental design and analysis, and qualitative/quantitative translation. Practicing each type separately is more useful than only drilling calculation problems, since the reasoning and design questions carry substantial weight.
How hard is AP Physics 2 compared with AP Physics 1?
It is generally considered at least as demanding, because the content is broader and more abstract, covering electricity, magnetism, thermodynamics, optics, and modern physics. The math is algebra-based, but the reasoning load is high. Students who have completed AP Physics 1 or an equivalent course and are comfortable with precalculus-level math are best prepared.
What should I study first when preparing?
Start with electric force, field, and potential, then electric circuits and magnetism, because those units build on one another and together make up a large share of the exam. Thermodynamics, optics, waves, and modern physics can follow. Confirm the unit sequence with your teacher, since schools may organize the course differently.
Can I retake the exam if I am unhappy with my score?
Yes, students may take an AP exam again in a later year, and College Board sends scores from each administration. Neither the course page nor the exam page states a limit on attempts, so check with your AP coordinator about registration deadlines for the next administration if you plan to retake.
When is the exam offered?
The listed exam date is Thursday, May 6, 2027, Session 1. Your AP coordinator tells you when and where the exam will be administered, so confirm your school's specific location, start time, and any accommodations well before exam day.
What are common mistakes students make on this exam?
Common failure modes include memorizing formulas without being able to justify them, ignoring direction and sign conventions in field and force problems, skipping units, and neglecting experimental design questions. Many students also lose points by not explaining reasoning in words when a prompt asks them to justify or describe a procedure.
Do I need to know calculus for this course?
No. The course is explicitly algebra-based, and the recommended preparation is AP Physics 1 or a comparable introductory physics course plus precalculus or an equivalent course taken previously or concurrently. The emphasis is on algebraic reasoning, graphs, and conceptual explanation rather than calculus techniques.