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Determine the volume of occupied by 0.053 moles of carbon dioxide gas at 0.0 degrees Celcius at 1 atm. . Hint: Use ideal gas equation: pv=nRT. The R values are provided below: * Ideal Gas Law The value of R depends on the pressure units: Value of R Units of Pressure Volume = Liter 0.0821 atm Temp = Kelvin 8.314 kPa n= moles 62.4 mm Hg ; torr

Determine the volume of occupied by 0.053 moles of carbon dioxide gas at 0.0 degrees Celcius at 1 atm. . Hint: Use ideal gas equation: pv=nRT. The R values are provided below: * Ideal Gas Law The value of R depends on the pressure units: Value of R Units of Pressure Volume = Liter 0.0821 atm Temp = Kelvin 8.314 kPa n= moles 62.4 mm Hg ; torr

Principles of Modern Chemistry
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter9: The Gaseous State
Section: Chapter Questions
Problem 23P
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Determine the volume of occupied by 0.053 moles of carbon dioxide gas at 0.0 degrees Celcius at 1 atm. . Hint: Use ideal gas equation: pv=nRT. The R values are provided below: * Ideal Gas Law The value of R depends on the pressure units: Value of R Units of Pressure Volume = Liter 0.0821 atm Temp = Kelvin 8.314 kPa n= moles 62.4 mm Hg ; torr
Transcribed Image Text:Determine the volume of occupied by 0.053 moles of carbon dioxide gas at 0.0 degrees Celcius at 1 atm. . Hint: Use ideal gas equation: pv=nRT. The R values are provided below: * Ideal Gas Law The value of R depends on the pressure units: Value of R Units of Pressure Volume = Liter 0.0821 atm Temp = Kelvin 8.314 kPa n= moles 62.4 mm Hg ; torr
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Step 1

According to Ideal equation PV=nRT

where P is pressure, V= volume, n = number of moles , R= Ideal gas constant 0.0821 lit.atm./mol.kelvin, T= Temperature 

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