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The molar mass of a gaseous compound is 42.79 g mol. At 20.00∘C, the gas has a pressure of 0.237 atm. What is the density of the gas, in grams per liter? Use R = 0.08206 L atm mol L for the ideal gas constant. Use −273.15∘C for absolute zero. Report the answer to three significant figures. Provide your answer below: g/L

The molar mass of a gaseous compound is 42.79 g mol. At 20.00∘C, the gas has a pressure of 0.237 atm. What is the density of the gas, in grams per liter? Use R = 0.08206 L atm mol L for the ideal gas constant. Use −273.15∘C for absolute zero. Report the answer to three significant figures. Provide your answer below: g/L

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The molar mass of a gaseous compound is 42.79 g m o l . At 20.00 ∘ C , the gas has a pressure of 0.237 a t m . What is the density of the gas, in grams per liter?
  • Use R = 0.08206 L atm m o l L for the ideal gas constant.
  • Use − 273.15 ∘ C for absolute zero.
  • Report the answer to three significant figures.
Provide your answer below: ◻ g / L

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