Chemistry, 16.11.2019 03:31 prettyluhangel
Consider 20.0 moles of co2 in a 1.0 liter container at 300.0 k. what is the pressure predicted by the van der waals equation? the ideal gas law constant is 0.08206 [l•atm] / [mol•k]. for co2, the pressure correction constant is 3.658 l2•atm / mol 2, and the volume correction constant is 0.04286 l / mol.
Answers: 2
![[P+\frac{(20.0mol)^{2}\times (3.658L^{2}.atm.mol^{-2})}{(1.0L)^{2}}][1.0L-(20.0mol\times0.04286 L.mol^{-1} )]=(20.0mol)\times (0.08206L.atm.mol^{-1}.K^{-1})\times (300.0K)](/tpl/images/0376/9858/97073.png)
![[P+\frac{(20.0mol)^{2}\times (3.658L^{2}.atm.mol^{-2})}{(1.0L)^{2}}]](/tpl/images/0376/9858/353d5.png)
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Consider 20.0 moles of co2 in a 1.0 liter container at 300.0 k. what is the pressure predicted by th...
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