AP Physics 1 is an algebra-based, introductory college-level physics course. It covers Newtonian mechanics (kinematics, dynamics, energy, momentum, rotation) and introduces waves and simple circuits. It emphasises conceptual understanding.
Seven units: kinematics (1D and 2D motion), dynamics (Newton's laws, friction), circular motion and gravitation, energy (work-energy theorem, conservation), momentum (impulse, collisions), simple harmonic motion (springs and pendulums), torque and rotational motion (rotational kinematics, angular momentum, rotational inertia). No calculus required; all derivations use algebra.
Section I: 40 MCQs + 5 multi-select questions in 1h 30min. Section II: 5 FRQs in 1h 30min (including 1 experimental design question, 1 qualitative/quantitative translation, 1 paragraph-length response). Score 1–5. This exam has the lowest 5-rate among AP sciences (~7%) — conceptual depth is challenging.
AP Physics 1 heavily tests conceptual understanding: "What happens and why?" rather than "plug and chug." Students must explain using physics principles (Newton's laws, conservation laws), justify answers with evidence, and design experiments. Common pitfall: memorising formulas without understanding when and why they apply.
AP Physics C is mathematically harder (requires calculus) but has higher 5-rates because students are typically stronger in maths. AP Physics 1 covers a broader range of topics with less mathematical depth but demands deep conceptual understanding and strong written communication. Many students find the conceptual reasoning in Physics 1 surprisingly difficult. If you've taken calculus, Physics C may feel more straightforward.
Book a Trial + Diagnostic session. Get a personalized Learning Path with clear milestones, tutor match, and a plan recommendation — all within 24 hours.
Book Trial + Diagnostic →