For any gas, =T (7), (7), Suppose you have one mole of a gas that obeys the equation of state, P(V-b) = represents the volume taken up by the molecules in the system, and 3.5 bars and T = 425 K for your gas sample. Hint: Use the equation of state to evaluate the partial derivatives. =RT, where b is the molar volume. Find the value of A if C₂-C=AR when P =
For any gas, =T (7), (7), Suppose you have one mole of a gas that obeys the equation of state, P(V-b) = represents the volume taken up by the molecules in the system, and 3.5 bars and T = 425 K for your gas sample. Hint: Use the equation of state to evaluate the partial derivatives. =RT, where b is the molar volume. Find the value of A if C₂-C=AR when P =
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Transcribed Image Text:For any gas, C
C. - (+7), (7), Suppose you have one mole of a gas that obeys the equation of state, p(v- b) =
represents the volume taken up by the molecules in the system, and
3.5 bars and T = 425 K for your gas sample. Hint: Use the equation of state to evaluate the partial derivatives.
=RT, where b
is the molar volume. Find the value of A if C-C₁=AR when P =
6
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