Problem for non-ideal gases Show for an ideal gas that T P/ T - P = 0 For nitrog

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Problem for non-ideal gases

Show for an ideal gas that T P/ T - P = 0 For nitrogen gas a = 139 times 10^-3 m^3J/ mol^2 ; b = 39.1mL = 39.1 times 10 ^-6 m^3 Let n = 1 mol T = 300 degree K v = 22.4L = 22.4 times 10^-3 m^3 Let b = 0, by what percent does a = 139 times 10^-3 m^3J/ mol^2 change the percent? Let a = 0 , by what percent does b = 39.1mL change the pressure? If b = 39.1mL is volume of a mol of N2 molecules, what is the approximate dimension of a nitrogen atom in A(= 10^-8 cm)? Is the dimension consistent with the known dimension of N2?

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Problem for non-ideal gases Show for an ideal gas that T P/ T - P = 0 For nitrog

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