Calculate the non-ideal pressure in atm exerted by 3.50 moles of H2Oconfined in a volume of 5.3 at 769 K using the van der Waals equation for real gases. Carbon tetrachloride has a pressure correction 'a' factor of 5.46 L2-atm/mol?, and it has a 'b' volume correction factor of 0.0305 L/mol. Just type in the number with the assumption the unit is in atmospheres.

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Calculate the non-ideal pressure in atm exerted by 3.50 moles of H2Oconfined in a volume of 5.3 L
at 769 K using the van der Waals equation for real gases. Carbon tetrachloride has a pressure
correction 'a' factor of 5.46 L2 atm/mol2, and it has a 'b' volume correction factor of 0.0305 L/mol.
Just type in the number with the assumption the unit is in atmospheres.
Transcribed Image Text:Calculate the non-ideal pressure in atm exerted by 3.50 moles of H2Oconfined in a volume of 5.3 L at 769 K using the van der Waals equation for real gases. Carbon tetrachloride has a pressure correction 'a' factor of 5.46 L2 atm/mol2, and it has a 'b' volume correction factor of 0.0305 L/mol. Just type in the number with the assumption the unit is in atmospheres.
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