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1.14. Show that for a one component p - V-n system (Əµ/av),= v(@p/av)T, where u is the volume per mole. [Hint: Show that du -s dT + v dp, where s is the entropy per mole.]

1.14. Show that for a one component p - V-n system (Əµ/av),= v(@p/av)T, where u is the volume per mole. [Hint: Show that du -s dT + v dp, where s is the entropy per mole.]

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Question 1.14
◄ 1.14. Show that for a one component p - V - n system (@μ/av)T = v(ap/av)T, 30°F Clear TAB CAPS LOCK 1 1 where u is the volume per mole. [Hint: Show that du = -s dT + v dp, where s is the entropy per mole.] A @ 2 N F2 S # 3 X 7 E 2 6 0 4 Q Search C % R S F T > 1.0 FB . 2 > 7 B F7 H 8 U J 9 H 1 K E F12 E 0 9 - P + { = [ N
Transcribed Image Text:◄ 1.14. Show that for a one component p - V - n system (@μ/av)T = v(ap/av)T, 30°F Clear TAB CAPS LOCK 1 1 where u is the volume per mole. [Hint: Show that du = -s dT + v dp, where s is the entropy per mole.] A @ 2 N F2 S # 3 X 7 E 2 6 0 4 Q Search C % R S F T > 1.0 FB . 2 > 7 B F7 H 8 U J 9 H 1 K E F12 E 0 9 - P + { = [ N
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