Physics Help | Momentum | Conservation, Elastic Collisions, and much more

Introduction Terminology Data Expression Dimensional Analysis Problems

Introduction Vector Addition Vector Multiplication Problems

Introduction Change Calculating Motion Problems

Introduction Newtons Three Laws Friction Tension Uniform Circular Motion Problems

Introduction Work Energy Problems

Introduction Conservation Center of Mass Impulse Problems

Introduction Hydrostatics Hydrodynamics Solids Problems

Introduction Keplers Three Laws Newton Orbits Problems

Introduction Electric Forces Electric Fields Current Capacitance Resistance Problems

Introduction Magnetic Forces The Right Hand Rule Problems

Introduction Light Mirrors Lenses Problems

Introduction Sound Simple Harmonic Motion Problems

Work and Energy

Fluids and Solids


	What You'll Learn in this Lesson The formula for momentum (p) is p = mv. Any object that is moving has momentum and within a system, momentum is always conserved. That means that the amount of momentum lost by one object is equivalent to the same amount of momentum gained by another object. Momentum is also very related to force (F = ma) and kinetic energy (E = 1/2mv^2). In this lesson, you'll learn....

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