Following ideal gas formula, for constant volume we have: (Density 1)/(Density 2)=(P1/P2)*(T2/T1)
Density (@300K@400torr)=Density (@273K@1atm)*(0.5/1.0)*(273/300)=(2.992E-3)*(0.5)*(0.91)=1.361E-3 g/cm^3
Solution (2)
Density is defined as: M*P/R*T=(Molar mass*Pressure)/(R constant*Temperature)=[( 67.04 g/mol)*(0.5 atm)]/[(0.0821 lit.atm/mol.K)*(300K)]= 1.361 g/lit=1.361E-3 g/cm^3
Following ideal gas formula, for constant volume we have: (Density 1)/(Density 2)=(P1/P2)*(T2/T1)
Density (@300K@400torr)=Density (@273K@1atm)*(0.5/1.0)*(273/300)=(2.992E-3)*(0.5)*(0.91)=1.361E-3 g/cm^3
Solution (2)
Density is defined as: M*P/R*T=(Molar mass*Pressure)/(R constant*Temperature)=[( 67.04 g/mol)*(0.5 atm)]/[(0.0821 lit.atm/mol.K)*(300K)]= 1.361 g/lit=1.361E-3 g/cm^3