An adiabatic turbine at 10 MPa, 500 degrees Celsius, and 55 meters per second, and departs at 100 kPa and 85 meters per second. Determine the mass flow rate of steam through the turbine and the rate of entropy development throughout this operation if the turbine's power output is 10 MW and the isentropic efficiency is 82 percent. 12.4622 kg/s & 5.90 kW/K O 14.6233 kg/s & 6.20 kW/K 16.3334 kg/s & 4.3 kW/K O 17.1493 kg/s & 6.1 kW/K O 9.1349 kg/s & 6.8 kW/K O 21.5115 kg/s & 5.1 kW/K O NONE OF THE ABOVE

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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An adiabatic turbine at 10 MPa, 500 degrees Celsius, and 55 meters per
second, and departs at 100 kPa and 85 meters per second. Determine
the mass flow rate of steam through the turbine and the rate of entropy
development throughout this operation if the turbine's power output is 10
MW and the isentropic efficiency is 82 percent.
12.4622 kg/s & 5.90 kW/K
14.6233 kg/s & 6.20 kW/K
16.3334 kg/s & 4.3 kW/K
17.1493 kg/s & 6.1 kW/K
9.1349 kg/s & 6.8 kW/K
O 21.5115 kg/s & 5.1 kW/K
NONE OF THE ABOVE
Transcribed Image Text:An adiabatic turbine at 10 MPa, 500 degrees Celsius, and 55 meters per second, and departs at 100 kPa and 85 meters per second. Determine the mass flow rate of steam through the turbine and the rate of entropy development throughout this operation if the turbine's power output is 10 MW and the isentropic efficiency is 82 percent. 12.4622 kg/s & 5.90 kW/K 14.6233 kg/s & 6.20 kW/K 16.3334 kg/s & 4.3 kW/K 17.1493 kg/s & 6.1 kW/K 9.1349 kg/s & 6.8 kW/K O 21.5115 kg/s & 5.1 kW/K NONE OF THE ABOVE
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