Linked from

The 49 pages that link to Momentum, each with the reason it gives.

• Center of massRelated: A system’s total momentum equals its total mass times its center-of-mass velocity.

• Newton's laws of motionRelated: The momentum form of the second law also covers changing-mass systems.

• ForceRelated: Force is defined by how quickly this vector quantity changes.

• MassRelated: Mass helps determine momentum and its relativistic generalization.

• Newtonian mechanicsRelated: Momentum provides a useful alternative state variable for describing motion and collisions.

• Lorentz forceRelated: The Lorentz force changes momentum according to Newton’s second law.

• Kinetic energyRelated: Momentum and kinetic energy both depend on mass and motion but encode different properties.

• Newton's second lawNarrower topic: The law's general form specifies how net force changes momentum over time.

• Conservation of momentumNarrower topic: The conserved total is the vector sum of the momenta of all parts of the system.

• BallisticsRelated: It connects projectile motion to forces during launch and collision.

• ThrustRelated: Propulsion produces thrust by changing the momentum of a vehicle and its surroundings.

• EnergyCompared with: Momentum and energy are distinct conserved quantities with different physical roles.

• ImpulseRelated: Impulse is defined by the change in this quantity.

• Ground reaction forceRelated: Changes in momentum during contact reflect the impulse of the ground reaction force.

• Philosophiæ Naturalis Principia MathematicaBroader topic: Newton’s laws describe force through changes in this quantity.

• Rocket equationRelated: Rocket thrust arises as expelled mass carries momentum in the opposite direction.

• InertiaRelated: Inertia can be described through the persistence of an object's momentum when no net force acts.

• Newton's third lawNarrower topic: Momentum became a central framework for understanding interactions and recoil.

• RecoilNarrower topic: Projectile and gas momentum determine the firearm's compensating rearward momentum.

• Jet engineRelated: Changing the airflow’s momentum produces a force on the engine.

• Louis de BroglieNarrower topic: The matter-wave wavelength depends inversely on momentum.

• TurbojetRelated: Exhaust momentum changes account for much of the engine's thrust.

• WavenumberRelated: In quantum mechanics, momentum is proportional to wave vector, linking motion to spatial phase variation.

• Four-momentumNarrower topic: Three-momentum is the spatial part of the broader relativistic four-momentum.

• De Broglie wavelengthRelated: It is the quantity whose inverse determines the de Broglie wavelength.

• TakeoffRelated: The takeoff push changes momentum that persists after the feet leave the ground.

• Muzzle velocityRelated: Projectile momentum links muzzle speed and mass to recoil calculations.

• Reduced massRelated: Conservation of total momentum separates the system's overall motion from its internal motion.

• Time-reversal symmetryRelated: Momentum is odd under time reversal because velocity changes sign.

• Elastic collisionNarrower topic: Elastic-collision conservation applies to the total momentum of the interacting bodies.

• Impact forceNarrower topic: Impact forces arise as colliding objects change one another's momentum.

• RocketRelated: The exhaust and rocket exchange momentum as propellant leaves the vehicle.

• Inelastic collisionNarrower topic: Momentum is the conserved quantity used to relate pre- and post-collision motion.

• Bubble chamberRelated: Track curvature in a known magnetic field gives the particle’s momentum.

• Neutron degeneracy pressureRelated: Neutrons forced into higher-momentum states carry the kinetic energy that contributes to pressure.

• Relativistic momentumNarrower topic: Relativistic momentum extends this familiar definition beyond the low-speed limit.

• Net forceRelated: Net force changes momentum over time, rather than specifying motion by itself.

• Naval rammingNarrower topic: Momentum explains why a heavy ship moving quickly can deliver a powerful blow.

• Particle identificationRelated: Momentum is needed to turn velocity or energy-loss measurements into identification evidence.

• Energy–momentum relationRelated: Its relativistic value determines how much energy exceeds the particle’s rest energy.

• KuzushiRelated: A moving opponent can be redirected rather than stopped before a throw.

• UkemiNarrower topic: Ukemi redirects momentum rather than trying to stop a moving body abruptly.

• MechanicsRelated: Momentum offers a conserved quantity for analyzing collisions and motion.

• Free particleRelated: A free particle's momentum remains constant in the absence of forces.

• Linear motionRelated: Its direction follows the line of motion, and forces change it.

• De Broglie equationRelated: The equation predicts shorter wavelengths for particles with greater momentum.

• Interactions and forcesRelated: Interactions transfer momentum, making it a useful measure of their effects.

• Newton-secondNarrower topic: A newton-second expresses momentum and changes in momentum in SI units.

• Newtonian dynamicsRelated: The laws can be expressed directly as changes in momentum.