Topic
Classical Mechanics
How motion, forces, energy, momentum, rotation, oscillation, and fluids fit into one coherent mechanics toolkit — with calculus bridges where they reveal the deeper structure.
Start Here
- Classical Mechanics: The MapPhysics becomes much easier once the formulas stop looking like unrelated tricks.
Go Deeper
- Kinematics: Position, Velocity, and AccelerationKinematics describes motion without yet asking what causes it.
- Forces and Newton's LawsKinematics says how motion changes. Dynamics asks why.
- Work, Energy, and PowerForce is a local description: what interaction acts right now?
- Linear Momentum, Impulse, and CollisionsMomentum becomes especially powerful when forces are large, complicated, and shortlived — collisions, explosions, catches, impacts.
- Torque and Rotational DynamicsA force can change an object's translational motion. But for an extended object, where the force acts also matters.
- Rotational Energy and Angular MomentumRotation has close analogues of the energy and momentum ideas used for translation.
- Oscillations and Simple Harmonic MotionMany systems displaced from a stable equilibrium experience a force pushing them back toward it.
- Fluids: Pressure, Buoyancy, and FlowA fluid cannot sustain a static shear stress the way a rigid solid can. It deforms and flows.
- From AP Physics 1 to Physics C Mechanics: What Calculus AddsAP Physics 1 and AP Physics C: Mechanics describe largely the same classicalmechanics world.