This quantity is conserved in elastic collisions, and escape velocity can be found by setting this quantity equal to the negative of potential energy.
William Bertozzi found that an electron's value for this quantity after striking aluminum agreed closely with those predicted by special relativity. An object's value for this quantity is equal to linear momentum squared divided by twice the object's mass, and the rotational form of this quantity is proportional to the square of angular (*) velocity. This quantity is conserved in elastic collisions, and escape velocity can be found by setting this quantity equal to the negative of potential energy. For ten points, name this quantity equal to one half mass times velocity squared, the energy of motion, symbolized K.
William Bertozzi found that an electron's value for this quantity after striking aluminum agreed closely with those predicted by special relativity.
kinetic energy [prompt on “energy”, do NOT accept “potential energy”] &lt;MS+AG&gt;