HW4 - Problem Set 4: Due by Mar. 30 in class Problem 1. One...

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Problem Set 4: Due by Mar. 30 in class Problem 1. One mole of ideal gas is compressed isothermally from 1 to 5 bar at 100 ° C. (a) What is the Gibbs energy change, Δ G ? (b) What would have been the Gibbs energy change if the compression had been carried out at 0 ° C? Problem 2. In class, we derive one of the Maxwell relations. Derive all the four Maxwell relations. (a) P T T V P S = (b) V S S P V T = (c) P S S V P T = (d) V T T P V S = Problem 3. The Gibbs free energy of a gas is given by 2 T c T b a T G + + = where a , b and c are constants. Derive expressions for U , H , S and A of this gas. Problem 4. Derive an expression for the entropy change ( Δ S ) of isothermal expansion of 1 mole of van der Waals gas. The volume of this gas changes from V
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This note was uploaded on 04/03/2009 for the course CH 353M taught by Professor Lim during the Spring '08 term at University of Texas at Austin.

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HW4 - Problem Set 4: Due by Mar. 30 in class Problem 1. One...

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