P1.10 Consider two connected rigid vessels separated by a valve. The first rigid vessel has a volume of 0.400 m³ and contains H2 at 19.5°C and a pressure of 500. × 10° Pa. The second rigid vessel has a volume of 0.750 m³ and contains Ar at 28.5°C at a pressure of 200. × 10° Pa. The valve separating the two vessels is opened, and both are cooled to a temperature of 15.0°C. What is the final pressure in the vessels?

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P1.10

P1.10 Consider two connected rigid vessels separated by
a valve. The first rigid vessel has a volume of 0.400 m³ and
contains H2 at 19.5°C and a pressure of 500. × 10° Pa.
The second rigid vessel has a volume of 0.750 m³ and
contains Ar at 28.5°C at a pressure of 200. × 10° Pa. The
valve separating the two vessels is opened, and both are
cooled to a temperature of 15.0°C. What is the final pressure
in the vessels?
Transcribed Image Text:P1.10 Consider two connected rigid vessels separated by a valve. The first rigid vessel has a volume of 0.400 m³ and contains H2 at 19.5°C and a pressure of 500. × 10° Pa. The second rigid vessel has a volume of 0.750 m³ and contains Ar at 28.5°C at a pressure of 200. × 10° Pa. The valve separating the two vessels is opened, and both are cooled to a temperature of 15.0°C. What is the final pressure in the vessels?
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