Humid air enters an adiabatic turbine at P₁ = 300 kPa and T₁ = 190°C with 7.5% relative humidity. The flow exits the turbine in saturated conditions at P₂ = 100 kPa. If mass flow rate (of dry-air) is 2.5 kg_d.a./s, determine:

a. The absolute humidity at the inlet.

b. The temperature T₂ of the flow at the outlet.

c. The power produced by the turbine in kW.

d. Sketch this process on a psychometric diagram.

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Humid air enters an adiabatic turbine at P₁ = 300 kPa and T₁ = 190°C with 7.5% relative humidity. The flow exits the turbine in saturated conditions at P₂ = 100 kPa. If mass flow rate (of dry-air) is 2.5 kg_d.a./s, determine:

a. The absolute humidity at the inlet.

b. The temperature T₂ of the flow at the outlet.

c. The power produced by the turbine in kW.

d. Sketch this process on a psychometric diagram.

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