Three tanks of equal volume of 4m3 each are connected to each other through tubes of negligible volume and valves in bet
Posted: Mon Nov 15, 2021 4:08 pm
Three tanks of equal volume of 4m3 each are connected to each other through tubes
of negligible volume and valves in between. Tank A contains air at 6 bar, 90°C, tank B has
air at 3 bar, 200oC and tank C contains nitrogen (N2) at 12 bar, 50oC.
Considering adiabatic
mixing, determine (i) the entropy change when valve between tank A and B is opened
until equilibrium, (ii) the entropy change when valves between tank C; tank A and tank B
are opened until equilibrium. Consider RAir = 0.287 kJ/kg.K, kAir = 1.4, RN2 = 0.297 kJ/kg. K.
4) Three tanks of equal volume of 4m each are connected to each other through tubes of negligible volume and valves in between. Tank A contains air at 6 bar, 90°C, tank B has air at 3 bar, 200°C and tank C contains nitrogen (N2) at 12 bar, 50°C. Considering adiabatic mixing, determine (i) the entropy change when valve between tank A and B is opened until equilibrium, (ii) the entropy change when valves between tank C; tank A and tank B are opened until equilibrium. Consider Rair = 0.287 kJ/kg.K, Kain = 1.4, RN2 = 0.297 kJ/kg. K. - = Air
of negligible volume and valves in between. Tank A contains air at 6 bar, 90°C, tank B has
air at 3 bar, 200oC and tank C contains nitrogen (N2) at 12 bar, 50oC.
- Three Tanks Of Equal Volume Of 4m3 Each Are Connected To Each Other Through Tubes Of Negligible Volume And Valves In Bet 1 (36.96 KiB) Viewed 76 times
mixing, determine (i) the entropy change when valve between tank A and B is opened
until equilibrium, (ii) the entropy change when valves between tank C; tank A and tank B
are opened until equilibrium. Consider RAir = 0.287 kJ/kg.K, kAir = 1.4, RN2 = 0.297 kJ/kg. K.
4) Three tanks of equal volume of 4m each are connected to each other through tubes of negligible volume and valves in between. Tank A contains air at 6 bar, 90°C, tank B has air at 3 bar, 200°C and tank C contains nitrogen (N2) at 12 bar, 50°C. Considering adiabatic mixing, determine (i) the entropy change when valve between tank A and B is opened until equilibrium, (ii) the entropy change when valves between tank C; tank A and tank B are opened until equilibrium. Consider Rair = 0.287 kJ/kg.K, Kain = 1.4, RN2 = 0.297 kJ/kg. K. - = Air