Question
I. explain each reasoning in the ff case: (a) If the momentum of a single point object is equal to zero, must the object's kinetic
I. explain each reasoning in the ff case:
(a) If the momentum of a single point object is equal to zero, must the object's kinetic energy also be zero?
(b) If the momentum of a pair of point objects is equal to zero, must the kinetic energy of those objects also be zero? (c) If the kinetic energy of a pair of point objects is equal to zero, must the momentum of those objects also be zero?
2. Since for a particle the kinetic energy is given by K = mv2/2 and the momentum by P = mv, it is easy to show that K = p 2 /2m. How, then, is it possible to have an event during which the total momentum of the system is constant but the total kinetic energy changes?
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