Guia docente 2020_21 Facultade de Química

Physical chemistry I: Chemical thermodynamics

Learning outcomes

Expected results from this subject	Training and Learning Results
Obtain the entropy of a substance from calorimetric measures	A2	B1 B3	C11 C28 C29	D1 D3
Establish if a process that suffers a pure substance is spontaneous or no from the calculation of the variations of the thermodynamic properties	A2	B1 B3	C11 C29	D1 D3
Handle thermodynamic tables to obtain values of the distinct functions of thermodynamic state of reaction and calculate the thermodynamic functions of reaction to distinct temperatures	A2	B1 B3	C11 C28	D1 D3
Calculate the thermodynamic characteristics of a change of phase, and know the interval of applicability of the equations employed	A2	B1 B3	C11 C29	D1 D3
Calculate the thermodynamic properties of an ideal solution from his composition	A2	B1 B3	C11 C29	D1 D3
Calculate the colligative properties of a solution from the concentration of the solute and the properties of the dissolvent. Establish when these results can be applied to a real case	A2	B1 B3	C11 C28 C29	D1 D3
Calculate the activities and activity coefficients of non-electrolytic solutions and employ the suitable model for the calculation of the mean ionic activity coefficient. Obtain this coefficient from experimental measures	A2	B1 B3	C11 C13 C28 C29	D1 D3
Calculate the thermodynamic constant of reactions in solution, from the concentrations of the species or from the thermodynamic functions	A2	B1 B3	C11 C28 C29	D1 D3
Apply the theoretical knowledge acquired to obtain experimentally equilibrium constants, activity coefficients and other thermodynamic paramaters.	A2	B1 B3	C11 C28 C29	D1 D3