Using the Van der Waal's equation, calculate the pressure developed by 180 g of ammonia gas contained in a volume of 9.5 liters at 37.4 °C. Determine the percent difference in pressure if the ideal gas law is to be used as a basis. Critical temperature is 132 °C and critical pressure is 111.5 atm.

Chemistry: Matter and Change
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Chapter13: Gases
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Show complete solutions and enclose all final answers in a box. Round off final answers to 4 decimal places and floating values for intermediate answers. Use 2 decimal places for molecular weights.
2) Using the Van der Waal's equation, calculate the pressure developed by 180 g of ammonia
gas contained in a volume of 9.5 liters at 37.4 °C. Determine the percent difference in
pressure if the ideal gas law is to be used as a basis. Critical temperature is 132 °C and
critical pressure is 111.5 atm.
Transcribed Image Text:2) Using the Van der Waal's equation, calculate the pressure developed by 180 g of ammonia gas contained in a volume of 9.5 liters at 37.4 °C. Determine the percent difference in pressure if the ideal gas law is to be used as a basis. Critical temperature is 132 °C and critical pressure is 111.5 atm.
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