Please show all work for A, B, and C and explain. Thank you. 6. Fizzle. a. Let\'

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Please show all work for A, B, and C and explain. Thank you.

6. Fizzle. a. Let's say that the Henry's Law constant for N2 is 1.56x10^5 kPa kg(H2O) / mol(N2). How much N2 is in a diver's blood (a person has about 5 L of blood = 5 kg) at 100 m depth (which means that the diver is under 10.0 atms of pressure). Please answer in moles of gas. b. Now the diver rapidly resurfaces to 1 atm of pressure; how much N2 will come out of the diver's blood in Liters using the perfect gas law? Hint: the reason you're calculating 0.795 L and not 0.715 L is that you forgot that some gas will be retained in the blood at 1 atm pressure. C. Can you also show that the perfect gas law volume is basically identical to the same predicted by the van der Waals equation? (Hint, show that a volume of 0.715 L gives a pressure of 101.3 kPa using the van der Waals equation for 0.0292 moles of N2). Assume the temperature is a constant 25 degree C. (12 pts)

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Please show all work for A, B, and C and explain. Thank you. 6. Fizzle. a. Let'

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