A simple Rankine cycle powered by solar energy uses Ammonia as the working fluid. The condenser exit temperature is -32°C and the turbine inlet temperature and pressure are 60°C and 2 MPa. • Calculate the enthalpy at the pump exit in kJ/kg = | • Calculate the quality at the turbine exit = Calculate the turbine work output per unit mass flowrate in kJ/kg

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A simple Rankine cycle powered by solar energy uses Ammonia as the working fluid. The condenser exit temperature is -32°C and the
turbine inlet temperature and pressure are 60°C and 2 MPa.
• Calculate the enthalpy at the pump exit in kJ/kg = |
• Calculate the quality at the turbine exit =|
• Calculate the turbine work output per unit mass flowrate in kJ/kg
Transcribed Image Text:A simple Rankine cycle powered by solar energy uses Ammonia as the working fluid. The condenser exit temperature is -32°C and the turbine inlet temperature and pressure are 60°C and 2 MPa. • Calculate the enthalpy at the pump exit in kJ/kg = | • Calculate the quality at the turbine exit =| • Calculate the turbine work output per unit mass flowrate in kJ/kg
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