Tarea #2 Turbo Para Electrica.pdf

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UNIVERSIDAD DE GUANAJUATO DIVISIÓN DE INGENIERÍAS CAMPUS IRAPUATO-SALAMANCA

DR. ALEJANDRO ZALETA AGILAR

TAREA # 2

RODRÍGUEZ RODRÍGUEZ FRANCISCO JAVIER

Calcular la energía interna, entalpia, densidad, volumen específico y entropía para los siguientes estados termodinámicos: a) Aire, 2 bares y 100 °C b) Agua, 0.8 bares y -10 °C c) Agua, 10 bares y 300 °C d) Agua, 80 bares y 500 °C c) Nitrógeno, 3 bares y 25 °C Utilizando el software EES (Engineering Equation Solver) se obtuvieron los siguientes resultados: a) {Estado 1 Aire} P1=2 T1=100 h1=ENTHALPY(Air,T=T1) s1=ENTROPY(Air,T=T1,P=P1) v1=VOLUME(Air,T=T1,P=P1) u1=INTENERGY(Air,T=T1) d1=DENSITY(Air,T=T1,P=P1)

b) {Estado 2 H20} P2=0.8 T2=-10 h2=INTENERGY(H2O,T=T2) s2=ENTROPY(H2O,T=T2,P=P2) v2=VOLUME(H2O,T=T2,P=P2) u2=INTENERGY(H2O,T=T2) d2=DENSITY(H2O,T=T2,P=P2) c) {Estado 3 H2O} P3=10 T3=300 h3=INTENERGY(H2O,T=T3) s3=ENTROPY(H2O,T=T3,P=P3) v3=VOLUME(H2O,T=T3,P=P3) u3=INTENERGY(H2O,T=T3) d3=DENSITY(H2O,T=T3,P=P3) d) {Estado 4 H20} P4=80 T4=500 h4=INTENERGY(H2O,T=T4) s4=ENTROPY(H2O,T=T4,P=P4) v4=VOLUME(H2O,T=T4,P=P4) u4=INTENERGY(H2O,T=T4) d4=DENSITY(H2O,T=T4,P=P4)

e) {Estado 5 N2} P5=3 T5=25 h5=ENTHALPY(N2,T=T5) s5=ENTROPY(N2,T=T5,P=P5) v5=VOLUME(N2,T=T5,P=P5) u5=INTENERGY(N2,T=T5) d5=DENSITY(N2,T=T5,P=P5) RESULTADOS:

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