The lecture handouts are available in the table below. Please note that there were no lecture notes for session #36.
SES # | TOPICS | LECTURE NOTES |
---|---|---|
1 | State of a system, 0^{th} law, equation of state | (PDF) |
2 | Work, heat, first law | (PDF) |
3 | Internal energy, expansion work | (PDF) |
4 | Enthalpy | (PDF) |
5 | Adiabatic changes | (PDF) |
6 | Thermochemistry | (PDF) |
7 | Calorimetry | (PDF) |
8 | Second law | (PDF) |
9 | Entropy and the Clausius inequality | (PDF) |
10 | Entropy and irreversibility | (PDF) |
11 | Fundamental equation, absolute S, third law | (PDF) |
12 | Criteria for spontaneous change | (PDF) |
13 | Gibbs free energy | (PDF) |
14 | Multicomponent systems, chemical potential | (PDF) |
15 | Chemical equilibrium | (PDF) |
16 | Temperature, pressure and K_{p} | (PDF) |
17 | Equilibrium: application to drug design | (PDF) |
18 | Phase equilibria — one component | (PDF) |
19 | Clausius-Clapeyron equation | (PDF) |
20 | Phase equilibria — two components | (PDF) |
21 | Ideal solutions | (PDF) |
22 | Non-ideal solutions | (PDF) |
23 | Colligative properties | (PDF) |
24 | Introduction to statistical mechanics | (PDF) |
25 | Partition function (q) — large N limit | (PDF) |
26 | Partition function (Q) — many particles | (PDF) |
27 | Statistical mechanics and discrete energy levels | |
28 | Model systems | (PDF) |
29 | Applications: chemical and phase equilibria | (PDF) |
30 | Introduction to reaction kinetics | (PDF) |
31 | Complex reactions and mechanisms | (PDF) |
32 | Steady-state and equilibrium approximations | (PDF) |
33 | Chain reactions | (PDF) |
34 | Temperature dependence, E_{a}, catalysis | (PDF) |
35 | Enzyme catalysis | (PDF) |
36 | Autocatalysis and oscillators |