20.7. Gas Mixture A semipermeable membrane which allows only hydrogen to pass divides two containers. In thermodynamic equilibrium container A holds 800 g of nitrogen and 150 g of hydrogen, while container B holds 1800 g of carbon dioxide and 100g of hydrogen. Container A is kept at a pressure of 20 bar and the temperature of both containers is 300 K. 1. Determine the pressure in container B. 2. Determine the minimum work to separate the hydrogen from container A.

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20.7. Gas Mixture
A semipermeable membrane which allows only hydrogen to pass divides two containers.
In thermodynamic equilibrium container A holds 800 g of nitrogen and 150 g of hydrogen,
while container B holds 1800 g of carbon dioxide and 100g of hydrogen. Container A is
kept at a pressure of 20 bar and the temperature of both containers is 300 K.
1. Determine the pressure in container B.
2. Determine the minimum work to separate the hydrogen from container A.
Transcribed Image Text:20.7. Gas Mixture A semipermeable membrane which allows only hydrogen to pass divides two containers. In thermodynamic equilibrium container A holds 800 g of nitrogen and 150 g of hydrogen, while container B holds 1800 g of carbon dioxide and 100g of hydrogen. Container A is kept at a pressure of 20 bar and the temperature of both containers is 300 K. 1. Determine the pressure in container B. 2. Determine the minimum work to separate the hydrogen from container A.
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