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The First Law of Thermodynamics and the State
Basic Concepts and Definitions
ControlVolume Energy Analysis
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adiabatic efficiency adiabatic process air-fuel ratio bars basis Brayton cycle Btu/lb Btu/lbmol Calculate carbon Carnot Carnot cycle Carnot heat engine Celsius closed system coefficient of performance combustion compression condenser constant pressure constant-volume control volume cooled Determine dry air enters enthalpy entropy change equilibrium evaluate Example exit expansion feedwater heater final pressure final temperature fluid ft/s fuel gas-turbine heat engine heat exchanger heat input heat transfer Hence ideal gas initial inlet internal energy internally reversible irreversible isentropic isothermal kilojoules kJ/kg kJ/kgmol mass flow rate maximum mixture mole nitrogen nozzle operates outlet output piston piston-cylinder device pressure ratio Prob properties psia Pv diagram quantity quasistatic quasistatic process reaction refrigerant-12 refrigeration reheating relative humidity reservoir saturated liquid saturated vapor shown in Fig Solution specific heats specific volume steady-flow steam substance Table thermal efficiency thermodynamic velocity zero