5) A mass (ml-20 kg) is moving at a speed of 6 m/sec and collides elastically with a mass (m2 = 10 kg). a) Calculate the speed of each mass after the collision. b) Suppose the mass was completely inelastic instead (same initial conditions of the two masses). Calculate the final speed of the combined mass, and what fraction of energy is lost.
5) A mass (ml-20 kg) is moving at a speed of 6 m/sec and collides elastically with a mass (m2 = 10 kg). a) Calculate the speed of each mass after the collision. b) Suppose the mass was completely inelastic instead (same initial conditions of the two masses). Calculate the final speed of the combined mass, and what fraction of energy is lost.
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5) A mass (ml=20 kg) is moving at a speed of 6 m/sec and collides elastically with a mass (m2 = 10 ̟kg).
a) Calculate the speed of each mass after the collision.
b) Suppose the mass was completely inelastic instead (same initial conditions of the two masses). Calculate the final
speed of the combined mass, and what fraction of energy is lost.
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