What would be the pressure of 1.00 moles of hydrogen (H23 ) held in a 1.00 dm vessel at 0 °C if it behaved ideally; if it obeyed the van der Waals equation; or if it obeys the virial equation? What if the temperature were raised to 600 K for perfect gas and van der Waals (you text does not have virial coef at 600 K)? Examine the differences between these estimates by reporting the percent deviation from ideal behavior.
What would be the pressure of 1.00 moles of hydrogen (H23
) held in a 1.00 dm vessel at 0 °C if it behaved ideally; if it obeyed the van der Waals equation; or if it obeys the virial equation? What if the temperature were raised to 600 K for perfect gas and van der Waals (you text does not have virial coef at 600 K)? Examine the differences between these estimates by reporting the percent deviation from ideal behavior.
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The post What would be the pressure of 1.00 moles of hydrogen (H23 ) held in a 1.00 dm vessel at 0 °C if it behaved ideally; if it obeyed the van der Waals equation; or if it obeys the virial equation? What if the temperature were raised to 600 K for perfect gas and van der Waals (you text does not have virial coef at 600 K)? Examine the differences between these estimates by reporting the percent deviation from ideal behavior. appeared first on Superb Professors.
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