Chapter 5 11 12 13 NO First Law Calorimetry Diffusion Effusion Gas mixtures Gas laws and Chemical Reactions Real gases Dipole Induced Dipole Forces 14 15 16 17 18 Critical temperature or pressure VP calculations p572 3 ppm or ppb Conversions between units Henry s law Raoult s law Osmotic Pressure Colloids Solving zero or second order equations Mechanisms Kc and Kp Quadratic equations Predicting direction Types pH of mixing solutions Quadratic or successive approximations Polyprotic acids Section 17 10 Nothing like Example 18 1 No polyprotic titrations Indicators YES Specific Heat Enthalpy Hess s law Enthalpies of formation P V T PV nRT and what can be determined from this Kinetic Molecular Theory Other Forces Boiling Points Liquids understand VP curves Other aspects of Phase diagrams Concentrations mole fraction molality molarity Colligative properties Boiling point elevation Freezing point depression Ionic solutions Determination of rate laws First order equations incl half life Plots for different orders Concentration Time Relationships Kinetic theory including collision theory and activated complexes Arrhenius Equation Catalysts K expressions Det n and use of K Section 16 5 Le Chatelier Bronsted Lowry model Conjugate pairs pH Ka Kb and all that jazz including all those neat calculations Lewis model Buffers general and calculations Henderson Hasselbach equation Titrations know all the types gone over in class Ksp surr Energy dispersal Equation 19 1 or 19 2 or 19 4 or delta So wmax Nothing like Example 19 6 Balancing equations in base Commercial cells Nernst Equation Entropy and entropy values Delta So Equation 19 3 Delta Go both ways and general Delta Go and K Balancing Cell equation and notation NE SW rule Cell voltages calculation relation to dG and K 19 20