2013-3-1 Learning Outcomes Demonstrate understanding of key concepts related to energy and the first law of thermodynamics...including internal,kinetic and potential energy,work and power,heat transfer and heat transfer modes,heat transfe rate,power cycle,refrigeration cycle,and heat pump cycle. 23 Learning Outcomes,cont. Apply closed system energy balances appropriately modeling the case at hand,and correctly observing sign conventions for work and heat transfer. Conduct energy analyses of systems undergoing thermodynamic cycles,evaluating as appropriate thermal efficiencies of power cycles and coefficients of performance of refrigeration and heat pump cycles. 24 2 2013-3-1 2 Learning Outcomes ►Demonstrate understanding of key concepts related to energy and the first law of thermodynamics. . . including internal, kinetic, and potential energy, work and power, heat transfer and heat transfer modes, heat transfer rate, power cycle, refrigeration cycle, and heat pump cycle. 2-3 Learning Outcomes, cont. ►Apply closed system energy balances, appropriately modeling the case at hand, and correctly observing sign conventions for work and heat transfer. ►Conduct energy analyses of systems undergoing thermodynamic cycles, evaluating as appropriate thermal efficiencies of power cycles and coefficients of performance of refrigeration and heat pump cycles. 2-4