Two speeding lead bullets, one of mass 12.0 g moving to the right at 300 m/s and one of mass 8.00 g moving to the left at 400 m/s, collide head-on, and all the material sticks together. Both bullets are originally at temperature 30.0 C. Assume the change in kinetic energy of the system appears entirely as increased internal energy. We would like to determine the temperature and phase of the bullets after the collision. (b) From one of these models, what is the speed of the combined bullets after the collision?
Two speeding lead bullets, one of mass 12.0 g moving to the right at 300 m/s and one of mass 8.00 g moving to the left at 400 m/s, collide head-on, and all the material sticks together. Both bullets are originally at temperature 30.0 C. Assume the change in kinetic energy of the system appears entirely as increased internal energy. We would like to determine the temperature and phase of the bullets after the collision. (b) From one of these models, what is the speed of the combined bullets after the collision?
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Transcribed Image Text:Two speeding lead bullets, one of mass 12.0 g moving to the right at 300 m/s and one of mass 8.00 g moving to the left at 400 m/s, collide
head-on, and all the material sticks together. Both bullets are originally at temperature 30.0 C. Assume the change in kinetic energy of the
system appears entirely as increased internal energy. We would like to determine the temperature and phase of the bullets after the collision.
(b) From one of these models, what is the speed of the combined bullets after the collision?
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