MCAT Physics Study Guide

Independent MCAT physics study guide with core topics, formulas, calculators, original practice prompts, and safe prep advice.

Independent resource: Independent study resource. Not affiliated with or endorsed by the AAMC. Always confirm current exam rules, official specifications, and official practice materials with the relevant exam body.

MCAT physics preparation is about using compact models quickly and carefully. The useful target is not memorising a giant list of facts; it is recognising which physical model applies, choosing the correct equation, checking units, and interpreting the result in a biological or chemical context when needed.

This guide is an independent study resource for physics review. It is not affiliated with, endorsed by, or sponsored by the AAMC. Always use official AAMC materials for current exam policies, section structure, registration details, and representative official practice.

Study Path

Foundation

Units, proportional reasoning, vectors, kinematics, Newton's laws, work, energy, power, fluids, and basic waves.

Core Review

Electrostatics, circuits, optics, thermodynamics, atomic physics, radioactive decay, and fluids with dimensional checks.

Final Pass

Mixed passages, formula recall, calculator-free estimation, graph interpretation, and explaining why each wrong answer is wrong.

Topics, Formulas, and Calculators

Use this section to move from concept review to formula practice. Each topic links to a guide plus calculators that show units and variable meanings.

Original Practice Prompts

These are original concept checks written for this site. They are not official exam questions and should not be treated as a replacement for official practice materials.

Prompt: A fluid speeds up in a narrow section of pipe. Predict the pressure change and name the assumption behind your answer.

Check: Use continuity plus Bernoulli for steady, incompressible, non-viscous flow; faster flow corresponds to lower static pressure in the horizontal case.

Prompt: A converging lens has an object outside twice the focal length. Describe the image without calculating first.

Check: The image is real, inverted, and smaller than the object; then use the lens equation to quantify it.

Common Mistakes

  • Substituting numbers before converting units.
  • Using a formula without checking its assumptions.
  • Ignoring vector direction, sign convention, or reference level.
  • Memorising answer patterns instead of explaining the physical model.
  • Using unofficial summaries for current exam policy instead of the exam body's own materials.

FAQ

Do I need calculus for MCAT physics?

No calculus-heavy derivations are needed for normal review. Algebra, proportional reasoning, graph reading, units, and estimation matter much more.

Can I use this instead of official material?

No. Use this for concept review and original practice prompts, then use official AAMC resources for exam-format practice and current policy details.

Should I memorise formulas?

Memorise common relationships, but always attach units and assumptions. A memorised formula without a model is easy to misuse.

Related Learning