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(a) Use the Maxwell relations to express the derivatives (@S/V)T, (ƏV/ƏS)², and (@P/OS)v in terms of heat capacities, th
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(a) Use the Maxwell relations to express the derivatives (@S/V)T, (ƏV/ƏS)², and (@P/OS)v in terms of heat capacities, th
(a) Use the Maxwell relations to express the derivatives (@S/V)T, (ƏV/ƏS)², and (@P/OS)v in terms of heat capacities, the expansion coefficient a = (1/V)(@V/OT), and the isothermal compresibility K = -(1/V )(OV/OP)T. (b) The Joule coefficient, µ is defined as µ = (@T/V)u. Show that µCv= p - aT/Kt.