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WEEK 1 (1 & 3
Sept)
1. Introduction; thermodynamics principles
2. Equations of state
WEEK 2 (6, 8, 10 Sept)
3. The First Law of Thermodynamics (Ch.2).
4. The First Law of Thermodynamics
5.
WEEK 3 (13 & 15 Sept)
6. The 2nd Law of Thermodynamics (Ch.3)
Wed 15 Sept - Mass
of the Holy Spirit.(no lecture)
WEEK 4 (20, 22, 24 Sept)
7. Entropy changes
8. What is entropy?
9. Material equilibrium (Ch.4).
WEEK 5 (27 & 29 Sept, 1 Oct)
Mon 27 Sept - EXAM 1
10.
Equilibrium systems.
11. Chemical potentials and equilibria.
WEEK 6 (4, 6, 8 Oct)
12. Standard states and enthalpies (Ch.5).
13. The 3rd law of thermodynamics
14. Equilibria of gas phase reactions (Ch.6).
WEEK 7 (11, 13, 15 Oct)
15. Equilibrium calculations
16. One-component phase equilibrium (Ch.7).
17. More on phase transitions .
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WEEK 8 (20 &
22 Oct)
18.
Real
gases (Ch.8) .
Fri 22 Oct - EXAM 2
WEEK 9 (25, 27, 29 Oct)
19. Real gases (cont.) .
20. Ideal Solutions (Ch.9)
21. " "
WEEK 10 (1, 3, 5 Nov)
22. Nonideal Solutions (Ch.10)
23. " "
WEEK 11 (8, 10, 12 Nov)
24. Ch.10 (cont.)
25. Reaction equilibrium in
26. Nonideal Systems (Ch.11)
WEEK 12 (15, 17, 19 Nov)
27. Kinetic Theory of Gases (Ch.15)
Wed 17 Oct - EXAM 3.
28. Ch.15 (cont.)
WEEK 13 (Mon 22 Nov)
29. Transport Processes (Ch.16)
WEEK 14 (29 Nov; 1, 3 Dec)
30. Ch.16 (cont.)
31. finish Ch.16, start Ch.17
32. Reaction kinetics (Ch.17)
WEEK 15 (6, 8, 10 Dec)
33. Ch.17 (cont.)
34. " "
35. " "
FINALS WEEK
FINAL EXAM Wednesday
15 December 2004, 8:00-10:00 am
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