V q ncp t 302 2131a isobaric constant p w

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Unformatted text preview: 13*1$,4./0$ #2%13+'1+#?# W = 0, Q = nCV !T ∆S = 0 S Q/T Wby = P!V ,∆Q== nCP !T !3%@'0!2 # #2%13+'1+#A# isobaric constant p W = p∆V , Q = nC ∆T =E isochoric !3%+)*0.'8 constant V W = 0, Q = ∆E !nCin∆T= 0, PV = constant, Wby = nRT " ln (Vf Vi ) #2%13+'1+#B# t '(!'@'C2 # #!3%8'+*(# Q = 0, PV ! = constant # adiabatic isothermal isolated constant T Q = 0 so ∆Eint = −W , pV γ = const ∆Eint = 0 so Q = W = nRT ln(Vf /Vi ) p int V Find the heat Q, the work W , and the change in energy ∆E for eac...
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This note was uploaded on 01/23/2014 for the course CHEMISTRY 2520 taught by Professor Joshuawieting during the Winter '13 term at Ohio State.

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