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A mole of an ideal gas undergoes a reversible isothermal expansion from volume V, to V2= 2V1. The change in entropy of the gas and the change in entropy of the universe are: O (RT In(2); -RT In(2)) O (RT In2; 0) O (RT In(%); 0) O None of the above O (RT In2; -RT In2)

A mole of an ideal gas undergoes a reversible isothermal expansion from volume V, to V2= 2V1. The change in entropy of the gas and the change in entropy of the universe are: O (RT In(2); -RT In(2)) O (RT In2; 0) O (RT In(%); 0) O None of the above O (RT In2; -RT In2)

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Untitled Question * 2 points A mole of an ideal gas undergoes a reversible isothermal expansion from volume V, to V2= 2V1. The change in entropy of the gas and the change in entropy of the universe are: (RT In(2); -RT In(½)) (RT In2; 0) (RT In(½); 0) None of the above O (RT In2; -RT In2) 1 point -dOuoction *
Transcribed Image Text:Untitled Question * 2 points A mole of an ideal gas undergoes a reversible isothermal expansion from volume V, to V2= 2V1. The change in entropy of the gas and the change in entropy of the universe are: (RT In(2); -RT In(½)) (RT In2; 0) (RT In(½); 0) None of the above O (RT In2; -RT In2) 1 point -dOuoction *
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