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1) A vertical heat-insulated cylinder is divided into two parts by a movable piston of mass m. Initially the piston is held at rest. The top part is evacuated and the bottom part is filled with 1.00 mole of diatomic ideal gas at temperature 428 K. After the piston is released and the system comes to equilibrium, the volume, occupied by gas, is halved. Find the final temperature of the gas. Submit K

1) A vertical heat-insulated cylinder is divided into two parts by a movable piston of mass m. Initially the piston is held at rest. The top part is evacuated and the bottom part is filled with 1.00 mole of diatomic ideal gas at temperature 428 K. After the piston is released and the system comes to equilibrium, the volume, occupied by gas, is halved. Find the final temperature of the gas. Submit K

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1) A vertical heat-insulated cylinder is divided into two parts by a movable piston of mass m. Initially the piston is held at rest. The top part is evacuated and the bottom part is filled with 1.00 mole of diatomic ideal gas at temperature 428 K. After the piston is released and the system comes to equilibrium, the volume, occupied by gas, is halved. Find the final temperature of the gas. K Submit You currently have 0 submissions for this question. Only 10 submission are allowed. You can make 10 more submi
Transcribed Image Text:1) A vertical heat-insulated cylinder is divided into two parts by a movable piston of mass m. Initially the piston is held at rest. The top part is evacuated and the bottom part is filled with 1.00 mole of diatomic ideal gas at temperature 428 K. After the piston is released and the system comes to equilibrium, the volume, occupied by gas, is halved. Find the final temperature of the gas. K Submit You currently have 0 submissions for this question. Only 10 submission are allowed. You can make 10 more submi
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