MCAT Physics: What You Need to Know
MCAT Physics: What You Need to Know
What’s covered in the Physical Sciences section? Do I need to memorize equations?
Yes! You should know the key equations and constants typically used in introductory chemistry and physics courses, as well as those listed in the MCAT content outline. Don’t worry about extra constants or conversions—they’re provided in the test. You’ll also have access to a full periodic table with atomic numbers and weights during the exam.
How is the MCAT different from my school courses?
The MCAT focuses specifically on knowledge that’s relevant to medical studies, so it may differ from what you’ve learned in your classes:
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Some general topics covered in undergraduate courses may be omitted if they’re less relevant to medicine.
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The organization of topics may be different from your textbooks or lectures.
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Certain topics may receive more or less emphasis than in your school courses.
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While teaching methods vary, all the necessary content can be found in standard college-level science textbooks.
What types of questions will I face?
The Physical Sciences section uses four main formats:
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Information Presentation: Like textbook or journal passages, providing new or applied information to test comprehension and interpretation.
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Problem Solving: Practical chemistry or physics problems requiring analytical solutions.
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Research Study: Passages presenting the rationale, methods, and results of experiments, testing your understanding of research.
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Persuasive Argument: Passages presenting viewpoints or methodologies, asking you to evaluate the validity of arguments.
How much math do I need?
You’ll need math skills typically taught in high school and early college:
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Arithmetic, ratios, percentages, estimation, and square roots
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Algebra, exponentials, logarithms, scientific notation, quadratic & simultaneous equations
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Graphs, slopes, and data interpretation
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Basic trigonometry and angles
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Metric system conversions, unit balancing, and error estimation
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Vectors (addition/subtraction, right-hand rule), averages, ranges, and basic statistics
Calculus is not required.
Chemistry essentials:
Be comfortable with solution chemistry, thermodynamics, kinetics, electrochemistry, stoichiometry, electronic structure, bonding, phase equilibria, and acids/bases. You’ll need these fundamentals to solve problems and analyze research.
Physics essentials:
Key topics include mechanics, wave motion, electricity and magnetism, light and optics, and modern physics. You’ll need to apply these concepts to experimental and problem-solving scenarios.
Prepare confidently for MCAT Physics with MCATMind.com—your guide to mastering concepts, equations, and problem-solving strategies for success on test day.
