For numbers 10 and 11... Refer to the following data for two moles of nitrogen gas which obey the van der Waals equation

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For numbers 10 and 11... Refer to the following data for two moles of nitrogen gas which obey the van der Waals equation

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For Numbers 10 And 11 Refer To The Following Data For Two Moles Of Nitrogen Gas Which Obey The Van Der Waals Equation 1
For Numbers 10 And 11 Refer To The Following Data For Two Moles Of Nitrogen Gas Which Obey The Van Der Waals Equation 1 (37.46 KiB) Viewed 63 times
For numbers 10 and 11... Refer to the following data for two moles of nitrogen gas which obey the van der Waals equation of state: T, - 250 K Cy - 28 J-mol-'-K! V = 5L 0.1408 Pa-m"-mol-2 100 K b = 3.913x10 m-mol a = T: 10. What is the change in the internal energy (kJ) accompanying the reversible expansion of this gas to a final volume of 8OL? b.-8.2 C.-8.3 d. -8.4 11. If the expansion was adiabatic, what is the final volume (L) of the gas? b. 105.3 c. 107.8 d. 109.4 a.-8.1 a. 106.3
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