Lecture Notes

Lec # TOPICS
1 State of a System, 0th Law, Equation of State (PDF)
2 Work, Heat, 1st Law (PDF)
3 Internal Energy (PDF)
4 Expansion Work (PDF)
5 Enthalpy, Joule-Thompson (PDF)
6 Adiabatic Changes, Thermodynamic Cycles (PDF)
7 Thermochemistry (PDF)
8 Calorimetry (PDF)
9 Second Law (PDF)
10 Second Law (cont.) (PDF)
11 Entropy (PDF)
12 Entropy and Disorder (PDF)
13 Fundamental Equations, Absolute Entropy, 3rd Law (PDF)
14 Criteria for Spontaneous Change (PDF)
15 The Gibbs Free Energy (PDF)
16 Multicomponent Systems, Partial Molar Quantities, and Chemical Potential (PDF)
17 Phase Equilibria in a One-component System I (PDF)
18 Clausius-Clapeyron Equation (PDF)
19 Two Component Phase Equilibria I (PDF)
20 Two Component Phase Equilibria II (PDF)
21 Non-Ideal Solutions (PDF)
22 Colligative Properties (PDF)
23 Chemical Equilibrium in Ideal Gas Mixtures (PDF)
24 Chemical Equilibria (cont.) (PDF)
25 Introduction to Kinetics (PDF)
26 Elementary and Complex Reactions; Reaction Mechanisms (PDF)
27 Consecutive, Series, and Reversible Reactions (PDF)
28 Steady State and Equilibrium Approximations (PDF)
29 Chain Reactions (PDF)
30 Arrhenius Equation (PDF)
31 Catalysis (PDF)
32 Chemical Oscillators (PDF)
33 Chemical Kinetics in the Earth's Atmosphere (PDF)