In relativistic mechanics, this quantity is multiplied by the Lorentz factor, and along with kinetic energy, it is conserved in a certain process in which the coefficient of restitution is one.
In relativistic mechanics, this quantity is multiplied by the Lorentz factor, and along with kinetic energy, it is conserved in a certain process in which the coefficient of restitution is one. An object that is moving in any reference frame will be observed to have this vector quantity in that frame. It's conservation can be demonstrated using Newton's cradle as well as in elastic collisions, but some of it is lost when the colliding bodies stick together in inelastic collisions. FTP, identify this quantity, which comes in linear and angular varieties, and when multiplied with velocity gives force.
In relativistic mechanics, this quantity is multiplied by the Lorentz factor, and along with kinetic energy, it is conserved in a certain process in which the coefficient of restitution is one.
momentum