KnowraInelastic collisionLinked fromLinked fromThe 9 pages that link to Inelastic collision, each with the reason it gives.All 9Broader topic 2Related 3Compared with 4MomentumBroader topic: It shows momentum remains conserved even when kinetic energy decreases.Kinetic energyCompared with: It shows how motion energy can become heat, sound, or deformation during impact.Conservation of momentumBroader topic: It shows that momentum can remain constant even when kinetic energy becomes heat, sound, or deformation.ImpulseCompared with: Impulse accounts for momentum exchange regardless of kinetic-energy loss.Coefficient of restitutionCompared with: Most real impacts have restitution below one because some kinetic energy is dissipated.Elastic collisionCompared with: It differs from an elastic collision because kinetic energy is converted into other forms.James FranckRelated: At threshold energies, electrons surrendered kinetic energy to excite atoms through inelastic collisions.Franck–Hertz experimentRelated: Electrons surrender a fixed amount of kinetic energy when they excite mercury atoms.Gustav Ludwig HertzRelated: At particular electron energies, collisions excited mercury atoms and reduced electron kinetic energy.