The van der Waals equation compensates for non-ideal behavior of gases by taking into account intermolecular forces and the volume of the gas molecules. Compare the value of 15.3 to the answer you obtain when you assume that CO is an ideal gas. Use the ideal gas law to determine the pressure, in atmospheres, of 1.90 moles of CO gas in a 3.00 L flask at 25.0 °C. 1 4 7 +/-
The van der Waals equation compensates for non-ideal behavior of gases by taking into account intermolecular forces and the volume of the gas molecules. Compare the value of 15.3 to the answer you obtain when you assume that CO is an ideal gas. Use the ideal gas law to determine the pressure, in atmospheres, of 1.90 moles of CO gas in a 3.00 L flask at 25.0 °C. 1 4 7 +/-
Chapter9: Energy For Today
Section: Chapter Questions
Problem 51E: The second law of thermodynamics has been called the arrow of time. Explain why this is so.
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Transcribed Image Text:12:30 PM Thu Jan 19
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The van der Waals equation compensates
for non-ideal behavior of gases by taking
into account intermolecular forces and the
volume of the gas molecules.
Compare the value of 15.3 to the answer
you obtain when you assume that CO is an
ideal gas. Use the ideal gas law to
determine the pressure, in atmospheres, of
1.90 moles of CO gas in a 3.00 L flask at
25.0 °C.
here or pull up for additional resources
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Question 8.d of 8
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