One mole of ideal monatomic gas is confined in a cylinder by a piston and is maintained at a con- stant temperature To by thermal contact with a heat reservoir. The gas slowly expands from Vị to V2 while being held at the same temperature To. Why does the internal energy of the gas not change? Calculate the work done by the gas and the heat flow into the gas.

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11-1) Please write very well written and legible. Write the answer regularly. I give a positive score to the regular answer.

(11.1) One mole of ideal monatomic gas is confined in a
cylinder by a piston and is maintained at a con-
stant temperature To by thermal contact with a
heat reservoir. The gas slowly expands from Vị
to V2 while being held at the same temperature
To. Why does the internal energy of the gas not
change? Calculate the work done by the gas and
the heat flow into the gas.
Transcribed Image Text:(11.1) One mole of ideal monatomic gas is confined in a cylinder by a piston and is maintained at a con- stant temperature To by thermal contact with a heat reservoir. The gas slowly expands from Vị to V2 while being held at the same temperature To. Why does the internal energy of the gas not change? Calculate the work done by the gas and the heat flow into the gas.
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