Time |
Chapter | Topics | Content Area | Lab | Mathematical calculation & formulation of chemical principles |
| 28-31 |
Entropy & the 2nd law of thermodynamics Molecular interpretation of entropy Entropy changes in chemical reactions Gibbs Free energy Free Energy & Temperature Free Energy and Equilibrium Constant |
Reactions: Thermodynamics
Structure of Matter: Chemical Bonding States of Matter: Gases, Liquids & Solids Reactions: Equilibrium Descriptive Chemistry |
Thermodynamic Driving Force in Dissolution of various Salts i.e. DS
Determine DG & DS of a Reaction [requires laboratory determination of DH AND Ka Values |
Extend Analysis of "Enthalpy of Fusion of p-dichlorobenzene" lab to include DS
Understand Boltzmann's equation in terms of available probabilities Predict DG from changes of state and entropy for a reaction Calculate DG & DS from a table of standards Calculate effect of temperature on spontaneity of a reaction Understand Lc Ch�telier's principle in terms of effect of equilibrium position on free energy |