2013-2-27 Learning Outcomes(1) Demonstrate understanding of key concepts including phase and pure substance,state principle for simple compressible systems,p-- T surface,saturation temperature and saturation pressure.two-phase liquid-vapor mixture,quality,enthalpy,and specific heats Apply the closed system energy balance with property data. 3-3 Learning Outcomes(2) Sketch T-v,p-v,and phase diagrams,and locate states on these diagrams Retrieve property data from Tables A-1 through A-23. Apply the ideal gas model for thermodynamic analysis,including determining when use of the model is warranted. 3-4 2 2013-2-27 2 Learning Outcomes(1) ►Demonstrate understanding of key concepts . . . including phase and pure substance, state principle for simple compressible systems, p-v￾T surface, saturation temperature and saturation pressure, two-phase liquid-vapor mixture, quality, enthalpy, and specific heats. ►Apply the closed system energy balance with property data. 3-3 Learning Outcomes(2) ►Sketch T-v, p-v, and phase diagrams, and locate states on these diagrams. ►Retrieve property data from Tables A-1 through A-23. ►Apply the ideal gas model for thermodynamic analysis, including determining when use of the model is warranted. 3-4