A 5.00 L flask contains 2.19 mol H2O at 298∘C. Calculate the pressure

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A 5.00 L flask contains 2.19 mol H2O at 298∘C. Calculate the pressure of this sample of H2O from the ideal gas law and from the van der Waals equation. For H2O, a = 5.46 L2 atm/mol2 and b = 0.0305 L/mol. Select the correct answer below: Ideal: 20.5 atm; van der Waals: 19.8 atm Ideal: 31.6 atm; van der Waals: 30.9 atm Ideal: 16.2 atm; van der Waals: 15.7 atm Ideal: 19.2 atm; van der Waals: 18.8 atm

A 5.00 L flask contains 2.19 mol H2O at 298∘C. Calculate the pressure of this sample of H2O from the ideal gas law and from the van der Waals equation. For H2O, a = 5.46 L2 atm/mol2 and b = 0.0305 L/mol. Select the correct answer below: Ideal: 20.5 atm; van der Waals: 19.8 atm Ideal: 31.6 atm; van der Waals: 30.9 atm Ideal: 16.2 atm; van der Waals: 15.7 atm Ideal: 19.2 atm; van der Waals: 18.8 atm

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A

5.00 L

flask contains

2.19 m o l H_{2} O

at

298^{\circ} C

. Calculate the pressure of this sample of

H_{2} O

from the ideal gas law and from the van der Waals equation. For

H_{2} O, a = 5.46 L^{2} a t m / {m o l}^{2}

and

b = 0.0305 L / m o l

.

Select the correct answer below: Ideal:

20.5 a t m

; van der Waals:

19.8 a t m

Ideal:

31.6 a t m

; van der Waals:

30.9 a t m

Ideal:

16.2 a t m

; van der Waals:

15.7 a t m

Ideal:

19.2 a t m

; van der Waals:

18.8 a t m

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