An adiabatic hydraulic turbine generator has the given data shown in the figure. The exit temperature...

 

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An adiabatic hydraulic turbine generator has the given data shown in the figure. The exit temperature is the same as the inlet temperature. Note: the pressures are in gage. Take the gravity as 32.2 ft/s². Determine: Mass flow rate in Ibm/s Power produced in hp Power produced in hp by the change of enthalpy --> m (h1 - h2) Water 81°F P₁ = 9.3 psig V₁=5 TUs 200 ft Dam Generator HH Turbine P₂=4.3 psig, p= 62.42 lbm/ft²; V₂ = 40 ft./s; D₂ = 4 ft An adiabatic hydraulic turbine generator has the given data shown in the figure. The exit temperature is the same as the inlet temperature. Note: the pressures are in gage. Take the gravity as 32.2 ft/s². Determine: Mass flow rate in Ibm/s Power produced in hp Power produced in hp by the change of enthalpy --> m (h1 - h2) Water 81°F P₁ = 9.3 psig V₁=5 TUs 200 ft Dam Generator HH Turbine P₂=4.3 psig, p= 62.42 lbm/ft²; V₂ = 40 ft./s; D₂ = 4 ft

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Given Adiabatic hydraulic turbine generator Inlet temperature 81 F Inlet pressure 93 psig Inlet velo... View the full answer