AP® Physics 1 & 2

Rolling without slipping is a fascinating phenomenon where objects, like wheels, roll without losing contact with the surface. It is critical in understanding kinetic energy

Angular momentum is a key concept in AP® Physics 1 that explains the motion of rotating objects. Understanding angular momentum can help explain everything from

Angular momentum and impulse might sound complex, but they are fundamental concepts in physics with numerous real-world applications. From understanding how ice skaters spin to

Work and torque are fundamental concepts in AP® Physics 1 for understanding how forces influence motion. Work describes the transfer of energy through force applied

In physics, energy comes in various forms. One type is rotational kinetic energy, which deals with objects that spin or rotate. Think of a spinning

Rotational motion helps us comprehend how objects like wheels, satellites, and even figure skaters spin. Newton’s Second Law for Rotational Motion is especially relevant in

Rotational equilibrium is a fundamental concept in AP® Physics 1 and helps us understand how forces affect rotation. It plays a key role when analyzing

Rotational inertia is a fundamental concept in rotational motion, describing an object’s resistance to changes in its angular velocity. It plays a crucial role in

Torque is a fundamental concept in physics that explains how forces cause objects to rotate. It is essential for understanding rotational motion, like how force