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A18 kg/s of steam expands in a turbine producing 550 kw of power output. The steam enters at a velocity of 18 m/s and exits at 70 m/s. The reduction of specific enthalpy is 400 k/kg. Determine that the heat flow per second when the inlet of the turbine is located 900 mm above the outlet. W= 0- OPE -4K: -OWA -AU USING THIS FORMULAl | THERMODYNAMICS USE THE FIRST LAW OF THERMODYNAMICSS

A18 kg/s of steam expands in a turbine producing 550 kw of power output. The steam enters at a velocity of 18 m/s and exits at 70 m/s. The reduction of specific enthalpy is 400 k/kg. Determine that the heat flow per second when the inlet of the turbine is located 900 mm above the outlet. W= 0- OPE -4K: -OWA -AU USING THIS FORMULAl | THERMODYNAMICS USE THE FIRST LAW OF THERMODYNAMICSS

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A 1.8 kg/s of steam expands in a turbine producing 550 kw of power output. The steam enters at a velocity of 18 m/s and exits at 70 m/s. The reduction of specific enthalpy is 400 kl/kg. Determine that the heat flow per second when the inlet of the turbine is located 900 mm above the outlet. W= 0- APE -AKr -AWA-AU USING THIS FORMULAl | THERMODYNAMICS USE THE FIRST LAW OF THERMODYNAMICS
Transcribed Image Text:A 1.8 kg/s of steam expands in a turbine producing 550 kw of power output. The steam enters at a velocity of 18 m/s and exits at 70 m/s. The reduction of specific enthalpy is 400 kl/kg. Determine that the heat flow per second when the inlet of the turbine is located 900 mm above the outlet. W= 0- APE -AKr -AWA-AU USING THIS FORMULAl | THERMODYNAMICS USE THE FIRST LAW OF THERMODYNAMICS
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