Basic Learning Objectives:

1.     Use the first law in open and closed systems to solve engineering problems

2.  Calculate entropy changes in closed systems to solve engineering problems

3.  Use entropy balances in steady-state open systems to solve engineering problems

4.  Express the differential form of the fundamental equation in terms of multiple sets of independent variables 

5.  Use Euler's theorem to derive integral forms of fundamental equations

6.  Use equations of state to calculate thermodynamic properties of real gases

7.  Solve vapor-liquid and liquid-liquid phase equilibrium problems

8.  Calculate the equilibrium composition of chemically reacting ideal gas mixtures

Advanced Learning Objectives:

1.     Obtain relationships between thermodynamic derivatives of fundamental equations

2.   Obtain partial molar quantities from experimental data

3.  Use activity coefficient models to calculate deviations from ideal behavior

4.  Obtain the entropy of simple microscopic systems by counting microstates 

5.  Analyze the thermodynamic efficiency of refrigeration or heat pump cycles

6.    Use thermodynamic concepts to evaluate alternative energy sources