A steam turbine operates with 1.6 MPa and 350°C steam at its inlet and saturated vapor at 30°C at its exit as shown in Fig. Q2(b). The mass flow rate of the steam is 22 kg/s, and the turbine produces 12,350 kW of power. By applying the first law of thermodynamics on the steady flow device compute the rate at which heat is lost through the casing of this turbine. 1.6 MP. 350°C 22 kgs Heat Turbine 30C sat. vapor

Elements Of Electromagnetics
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b) A steam turbine operates with 1.6 MPa and 350°C steam at its inlet and saturated
vapor at 30°C at its exit as shown in Fig. Q2(b). The mass flow rate of the steam is
22 kg/s, and the turbine produces 12,350 kW of power. By applying the first law of
thermodynamics on the steady flow device compute the rate at which heat is lost
through the casing of this turbine.
1.6 MPa
350°C
22 kyls
Heat
Turbine
30°C
sat. vapor
Fig. Q2(b)
Transcribed Image Text:b) A steam turbine operates with 1.6 MPa and 350°C steam at its inlet and saturated vapor at 30°C at its exit as shown in Fig. Q2(b). The mass flow rate of the steam is 22 kg/s, and the turbine produces 12,350 kW of power. By applying the first law of thermodynamics on the steady flow device compute the rate at which heat is lost through the casing of this turbine. 1.6 MPa 350°C 22 kyls Heat Turbine 30°C sat. vapor Fig. Q2(b)
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