P7.10 Calculate the density of O2(g) at 480. K and 280. bar using the ideal gas and the van der Waals equations of state. Use a numerical equation solver to solve the van der Waals equation for V,m or use an iterative approach starting with Vm equal to the ideal gas result. Based on your result, does the attractive or repulsive contribution to the interaction potential dominate under these conditions?

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P7.10

P7.10 Calculate the density of O2(g) at 480. K and 280. bar
using the ideal gas and the van der Waals equations of state.
Use a numerical equation solver to solve the van der Waals
equation for V,m or use an iterative approach starting with Vm
equal to the ideal gas result. Based on your result, does the
attractive or repulsive contribution to the interaction potential
dominate under these conditions?
Transcribed Image Text:P7.10 Calculate the density of O2(g) at 480. K and 280. bar using the ideal gas and the van der Waals equations of state. Use a numerical equation solver to solve the van der Waals equation for V,m or use an iterative approach starting with Vm equal to the ideal gas result. Based on your result, does the attractive or repulsive contribution to the interaction potential dominate under these conditions?
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