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Termodynamic question I NEED ANSWER RARIDLY PLEASE!!! Water vapor enters the steam turbine at 4000 kPa pressure, 500 ° C temperature and 6 m3 / h volume flow, shown in the figure below. 0.2 times the mass flow rate of the incoming water comes out of the outlet no. 2 with 500 kPa pressure and 200 ° C temperature. 0.8 times the mass flow rate of the water comes out of the outlet no.3 with 30 kPa pressure and 0.85 dryness degree. Since the heat transfer from the turbine to the environment is 5000 kW, Find the mass flow rate of the incoming water. Find the volume flow of water at outlet no. 3. Find the power (kW) produced by the turbine. (Changes in kinetic and potential energies are negligible)

Termodynamic question I NEED ANSWER RARIDLY PLEASE!!! Water vapor enters the steam turbine at 4000 kPa pressure, 500 ° C temperature and 6 m3 / h volume flow, shown in the figure below. 0.2 times the mass flow rate of the incoming water comes out of the outlet no. 2 with 500 kPa pressure and 200 ° C temperature. 0.8 times the mass flow rate of the water comes out of the outlet no.3 with 30 kPa pressure and 0.85 dryness degree. Since the heat transfer from the turbine to the environment is 5000 kW, Find the mass flow rate of the incoming water. Find the volume flow of water at outlet no. 3. Find the power (kW) produced by the turbine. (Changes in kinetic and potential energies are negligible)

International Edition---engineering Mechanics: Statics, 4th Edition
International Edition---engineering Mechanics: Statics, 4th Edition
4th Edition
ISBN:9781305501607
Author:Andrew Pytel And Jaan Kiusalaas
Publisher:Andrew Pytel And Jaan Kiusalaas
Chapter9: Moments And Products Of Inertia Of Areas
Section: Chapter Questions
Problem 9.46P
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Termodynamic question I NEED ANSWER RARIDLY PLEASE!!!

Water vapor enters the steam turbine at 4000 kPa pressure, 500 ° C temperature and 6 m3 / h volume flow, shown in the figure below.

0.2 times the mass flow rate of the incoming water comes out of the outlet no. 2 with 500 kPa pressure and 200 ° C temperature.

0.8 times the mass flow rate of the water comes out of the outlet no.3 with 30 kPa pressure and 0.85 dryness degree.

Since the heat transfer from the turbine to the environment is 5000 kW,

Find the mass flow rate of the incoming water.

Find the volume flow of water at outlet no. 3.

Find the power (kW) produced by the turbine.

(Changes in kinetic and potential energies are negligible)

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