Preface Before we get started is crucial to understand all 5 kinematic variables (∆x, a, vo, vf, and t) in depth. In this post I go into depth on kinematic variable and how to use
Solve problems in 2 dimensions, in a quick and simple way
Using the “Big 4” equations to solve interesting motion problems.
Understand the basics of Kinematics (the study of motion).
Build a robust understanding of vectors in the simplest way possible
Delve into rotational motion, focusing on angular momentum and rotational energy concepts.
Rotational forces, angular kinematics, angular momentum, and rotational energy simplified.
Linear momentum and impulse simplified to 2 equations + framework to solve any problem
4 types of energy and the conservation of energy. Learn to solve ANY energy problem the easy way.
Centripetal acceleration and forces. Use the force’s framework to solve problems easily. Banked curves…
Tension, friction, and normal forces. Solve any pulley, incline, or force problem using ONLY Newton’s second law.
1 and 2 dimensional kinematics. Learn the chart method to solve the hardest projectile problems.
Maximize your AP Physics 1 exam score with this comprehensive study plan.
Learn how to overcome the challenges of the AP Physics exam with our advanced guide.
Study guides, formula sheets, and practice exams for acing AP Physics
Get ready for the AP Physics 1 exam with top formulas, concepts, equations, and practice problems.
Ace the AP Physics 1 FRQs with our step-by-step guide! Learn proven strategies and solve examples to boost your exam score.
Maximize your future: The benefits of excelling on the AP Physics 1 exam explained
Get the highest AP Physics 1 score. Skip Barrons and Princeton Review. Here’s everything you need to know.
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