Steam of 6 MPa and 400oC produced in a boiler at a flow rate of 0.aa6 m3/sec is passed through a turbine, after which it becomes a saturated vapor and its pressure drops to 60kPa. The heat loss from the turbine to the environment of 37oC is bb kJ/kg. Obtain: a) The power produced in the turbine. b) The maximum power that could be produced. c) The second law efficiency of the turbine.
Steam of 6 MPa and 400oC produced in a boiler at a flow rate of 0.aa6 m3/sec is passed through a turbine, after which it becomes a saturated vapor and its pressure drops to 60kPa. The heat loss from the turbine to the environment of 37oC is bb kJ/kg. Obtain: a) The power produced in the turbine. b) The maximum power that could be produced. c) The second law efficiency of the turbine.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Steam of 6 MPa and 400oC produced in a boiler at a flow rate of 0.aa6 m3/sec is passed through a turbine, after which it becomes a saturated vapor and its pressure drops to 60kPa. The heat loss from the turbine to the environment of 37oC is bb kJ/kg. Obtain:
a) The power produced in the turbine.
b) The maximum power that could be produced.
c) The second law efficiency of the turbine.
d) The irreversibility associated with this process.
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