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Physics, 10.07.2019 21:20 ashcormu11

(a) prove that, for a single phase, cp 2.01 kj/kg k, v = 1.09 x (b) calculate (ap/at)s for ice at -3°c, where cp 10-3 m3/kg, and b= 1.58 x 10-4 k-1 (c) ice is initially at -3°c and 1.01 x 105 pa. the pressure is increased adiabati cally until the ice reaches the melting point. at what temperature and pressure is this melting point? (hint: at what point does a line whose slope is (ap/at)s cut a line whose slope is that of the fusion curve, -1.35 x 107 pa/k? )

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(a) prove that, for a single phase, cp 2.01 kj/kg k, v = 1.09 x (b) calculate (ap/at)s for ice at -3...
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