About Think Physics
Think Physics is created to target high school students, AP exam takers, and any other person willing to solidify his knowledge of the basics of physics. We intend to make complicated subjects easier but remain on track with the official standards of AP curriculum.
We lay emphasis on understanding and organization, and exam preparation – to make you read formula sheets in the right way and use equations without any hesitation.
What We Cover
AP Physics Formula Sheets Explained
We deconstruct the AP Physics 1 equation sheet, Physics 2 formula sheet, and Physics C formula sheet and give explanation on when and how to apply the formula in a good way.
Core Concepts Made Simple
Other concepts such as magnitude, vectors, motion, forces, electricity, and energy are described in a simple way that you can know the logic behind the equations.
Exam-Focused Problem Solving
Get to know how to use formulas strategically when taking exams, how to use time effectively, and how to eliminate the mistakes that most students commit when using equation sheets.
Our Services
STRUCTURED STUDY GUIDES
Systematic descriptions of AP Physics equations and concepts to help students pass exams.
FORMULA SHEET WALKTHROUGHS
Line by line explanations of official AP Physics equation sheets so you have no idea what each variable is.
CONCEPT CLARIFICATION
Explanations of complex concepts such as magnitude in physics, components of a vector, rotational motion, and formulae requiring calculus, are explained clearly.
PRACTICE PROBLEM STRATEGIES
Specific problem solving skills and worked examples that demonstrate how to use equations in real exam situations.
Ready To Think Smarter About Physics?
Latest Updates
How to Calculate Momentum: Formula, Steps and Worked Examples
Momentum is mass times velocity. The formula, the units, step by step working, and solved examples for change in momentum, impulse and collisions.
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What Is Magnitude in Physics? A Clear Explanation
Magnitude is the size of a quantity with the direction removed. What it means, how it differs from a vector, how to calculate it, and where it is used.
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