C. To separate the liquid from the vapor in a flowing saturated liquid-vapor system, the mixture...

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C. To separate the liquid from the vapor in a flowing saturated liquid-vapor system, the mixture is directed into one side of a large container. There are two ports on the other side of the container, one at the top and the other at the bottom. Saturated liquid leaves from the bottom port and saturated vapor leaves at the upper port. ACME power company has a water substance stream flowing at 87.3 kg/s with a 75% quality at 200 kPa that it wants to separate into vapor from liquid. During steady state operation with such a separator, it is determined that the exit pressure is 150 kPa and that energy loss due to heat transfer is 2274 kW. 5. (36 pts) In C, what is the mass flow rate of saturated vapor leaving the container? _kg/s C. To separate the liquid from the vapor in a flowing saturated liquid-vapor system, the mixture is directed into one side of a large container. There are two ports on the other side of the container, one at the top and the other at the bottom. Saturated liquid leaves from the bottom port and saturated vapor leaves at the upper port. ACME power company has a water substance stream flowing at 87.3 kg/s with a 75% quality at 200 kPa that it wants to separate into vapor from liquid. During steady state operation with such a separator, it is determined that the exit pressure is 150 kPa and that energy loss due to heat transfer is 2274 kW. 5. (36 pts) In C, what is the mass flow rate of saturated vapor leaving the container? _kg/s