For gas molecules, this quantity is related to three-halves times Boltzmann's constant times temperature, via the equipartition theorem. For electrons in the photoelectric effect, a maximum value for it is Planck's constant times frequency minus the (*) work function. The rotational type of it is equal to one-half times moment of inertia times angular velocity, while in any isolated system its change is equal to the total work. It is given in lin
For gas molecules, this quantity is related to three-halves times Boltzmann's constant times temperature, via the equipartition theorem. For electrons in the photoelectric effect, a maximum value for it is Planck's constant times frequency minus the (*) work function. The rotational type of it is equal to one-half times moment of inertia times angular velocity, while in any isolated system its change is equal to the total work. It is given in linear systems as one-half times mass times velocity. For 10 points, identify this type of energy possessed by objects in motion.
For gas molecules, this quantity is related to three-halves times Boltzmann's constant times temperature, via the equipartition theorem.
kinetic energy