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2. A large number of identical elastic balls are moving randomly inside a fixed vertical cylindrical container under a piston that is at a height h = 1.0 m above the bottom of the container. The container is kept inside a gravity free chamber. Root mean square speed of the balls is of the order of 102 m/s and mean collision time of the balls is of the order of 10 s. The piston is suddenly made to move upwards with a constant velocity u = 1.0 m/s and stopped at a height 2h above the bottom of the container. Find ratio of total internal energy of the balls in the new steady state to that of initial state. %3D

2. A large number of identical elastic balls are moving randomly inside a fixed vertical cylindrical container under a piston that is at a height h = 1.0 m above the bottom of the container. The container is kept inside a gravity free chamber. Root mean square speed of the balls is of the order of 102 m/s and mean collision time of the balls is of the order of 10 s. The piston is suddenly made to move upwards with a constant velocity u = 1.0 m/s and stopped at a height 2h above the bottom of the container. Find ratio of total internal energy of the balls in the new steady state to that of initial state. %3D

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Kindly do not refer wrong solutions considering particles as gas and using adiabatic equations .

2. A large number of identical elastic balls are moving randomly inside a fixed vertical cylindrical container under a piston that is at a heighth = 1.0 m above the bottom of the container. The container is kept inside a gravity free chamber. Root mean square speed of the balls is of the order of 102 m/s and mean collision time of the balls is of the order of 10 s. The piston is suddenly made to move upwards with a constant velocity u = 1.0 m/s and stopped at a height 2h above the bottom of the container. Find ratio of total internal energy of the balls in the new steady state to that of initial state. %3D 11 firod is m 45
Transcribed Image Text:2. A large number of identical elastic balls are moving randomly inside a fixed vertical cylindrical container under a piston that is at a heighth = 1.0 m above the bottom of the container. The container is kept inside a gravity free chamber. Root mean square speed of the balls is of the order of 102 m/s and mean collision time of the balls is of the order of 10 s. The piston is suddenly made to move upwards with a constant velocity u = 1.0 m/s and stopped at a height 2h above the bottom of the container. Find ratio of total internal energy of the balls in the new steady state to that of initial state. %3D 11 firod is m 45
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