Physic Labs

Newtonian mechanics

Motion, force, work-energy and collisions — the foundation of all classical physics.

Kinematics of a particle5 topics
  1. Position, velocity, accelerationMiddle school09/29/2026, 01:15 PM
  2. Uniform linear motionMiddle school09/29/2026, 01:15 PM
  3. Uniformly accelerated motionMiddle school09/29/2026, 01:15 PM
  4. Free fallMiddle school09/29/2026, 01:15 PM
  5. Projectile motionHigh school09/29/2026, 01:15 PM
Newton's three laws6 topics
  1. Newton's first law (inertia)Middle school09/29/2026, 01:15 PM
  2. Newton's second lawMiddle school09/29/2026, 01:15 PM
  3. Newton's third lawMiddle school09/29/2026, 01:15 PM
  4. Friction forceMiddle school09/29/2026, 01:15 PM
  5. Gravity and weightMiddle school09/29/2026, 01:15 PM
  6. The inclined planeMiddle school09/29/2026, 01:15 PM
Work and energy4 topics
  1. Work and powerMiddle school09/29/2026, 01:15 PM
  2. Kinetic energyMiddle school09/29/2026, 01:15 PM
  3. Gravitational and elastic potential energyMiddle school09/29/2026, 01:15 PM
  4. Conservation of mechanical energyHigh school09/29/2026, 01:15 PM
Momentum and collisions4 topics
  1. MomentumHigh school09/29/2026, 01:15 PM
  2. Conservation of momentumHigh school09/29/2026, 01:15 PM
  3. Elastic collisionsHigh school09/29/2026, 01:15 PM
  4. Inelastic collisionsHigh school09/29/2026, 01:15 PM
Circular motion and rigid bodies3 topics
  1. Uniform circular motion, centripetal forceHigh school09/29/2026, 01:15 PM
  2. Torque and rigid-body equilibriumHigh school09/29/2026, 01:15 PM
  3. Moment of inertia, rotational motionUndergraduate09/29/2026, 01:15 PM