1. Use the fundamental laws of macroscopic thermodynamics to solve quantitative problems, through the appropriate mathematical tools to determine state variables and functions;
2. Solve and interpret theoretical issues relating to fundamental concepts of TM, including functions and thermodynamic variables and their relationship with experimental concrete situations;
3. Solve problems of medium/advanced complexity by identifying the underlying principles to interpret and criticize the results in view of a correct application of chemical engineering thermodynamic concepts;
4. Interpret the diagrammatic representation of the thermodynamic behavior of pure substances and simple mixtures in real systems;
5. Apply the acquired knowledge to the interpretation of phase equilibria of multicomponent, systems and chemical and electrochemical equilibria, in particular calculation of equilibrium constants, equilibrium composition and Nernst equation.

Curricular Unit Form