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Steam flows through a small turbine at a rate of 10,000 kg/h, entering at 600 °C and 2.0 MPa and emerging at 0.01 MPa with 4 % moisture (moisture is the % of the total mass that is saturated liquid). The flow enters at 50m/s at a point 2m above the discharge and leaves at 80 m/s. 1. Compute the shaft work output of the turbine, assuming adiabatic operation, but including kinetic and potential energy changes.
refrigerant r-134a flows through a refigeration system at a rate of 0.12 kgs . at the entrance to the adiabatic
design 2-shell pass and 8-tube pass heat exchanger for heating ethyl alcohol from 25degc to 70degc at a rate of 2.9
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refrigerant 134a is compressed at steady state from 2.4 bar 0oc to 12 bar 50oc. refrigerant enters the compressor with
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refrigerant 134a at 10 bars 38oc flows at 10.0 kgs through a heat exchanger leaving at 9.0 bars and 80oc. it exchanges
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suppose we want to measure the density of a sample of argon. we cant measure it directly but we can measure pressure p
electronic components are mounted on the inner surface of a horizontal cylindrical duct whose inner diameter is 0.2 m
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