2. A) Using Van der Waals equation, calculate the temperature (in °C) of 21.0 mole of xenon in a 10.0-L cylinder at 120

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2. A) Using Van der Waals equation, calculate the temperature (in °C) of 21.0 mole of xenon in a 10.0-L cylinder at 120

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2 A Using Van Der Waals Equation Calculate The Temperature In C Of 21 0 Mole Of Xenon In A 10 0 L Cylinder At 120 1
2 A Using Van Der Waals Equation Calculate The Temperature In C Of 21 0 Mole Of Xenon In A 10 0 L Cylinder At 120 1 (85.42 KiB) Viewed 53 times
2. A) Using Van der Waals equation, calculate the temperature (in °C) of 21.0 mole of xenon in a 10.0-L cylinder at 120 atmosphere pressure. B) Calculate the temperature (in °C) of the same gas using the ideal gas equation. C) Calculate the % difference (in °C) between the two results. Hips.//en.wikipedia.org/wiki/Van der VVadis Constants juala page
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