Particle 1, of mass m1, moving at 0.8c relative to the lab, collides head-on with particle 2, of mass m2, moving at 0.6c relative to the lab. Afterward, there is a single stationary object. Find, in terms of m1; (a) m2 (b) the mass of the final stationary object (c) the change in kinetic energy in this collision.
Particle 1, of mass m1, moving at 0.8c relative to the lab, collides head-on with particle 2, of mass m2, moving at 0.6c relative to the lab. Afterward, there is a single stationary object. Find, in terms of m1; (a) m2 (b) the mass of the final stationary object (c) the change in kinetic energy in this collision.
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Particle 1, of mass m1, moving at 0.8c relative to the lab, collides head-on with particle 2, of mass m2, moving at 0.6c relative to the lab. Afterward, there is a single stationary object. Find, in terms of m1;
(a) m2
(b) the mass of the final stationary object
(c) the change in kinetic energy in this collision.
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