This quantity is always equal to the Planck constant over an object's (*) de Broglie wavelength.
A controversy exists over the calculation of this quantity for electromagnetic waves in dielectrics between equations proposed by Minkowski and by Abraham; Barnett suggests that one equation gives the kinetic and the other gives the canonical form of this quantity. This quantity is always equal to the Planck constant over an object's (*) de Broglie wavelength. Special relativity sets the square of energy equal to c to the fourth times invariant mass squared plus c squared times this quantity squared. This quantity is conserved in all closed system collisions, whether elastic or inelastic. For 10 points, name this quantity, equal to the product of mass and velocity.
A controversy exists over the calculation of this quantity for electromagnetic waves in dielectrics between equations proposed by Minkowski and by Abraham; Barnett suggests that one equation gives the kinetic and the other gives the canonical form of this quantity.
linear {momentum}