Textbook: Recommended: Statistical Mechanics, by D.A. McQuarrie (University Science); Statistical Mechanics, by N. Davidson (Dover); Introduction to Modern Statistical Mechanics, by D. Chandler (Oxford)
Instructor: Prof. Kirk Peterson
(335-7867, Fulmer 104B)
http://tyr0.chem.wsu.edu/~kipeters/Chem534
Schedule: TTh 12-1:15 in Todd 202
Office hrs: by arrangement
Syllabus:
here
Week |
Lecture
Topics and Homework |
Aug 24 |
Ensembles, Probabilities,
Probability distributions, Boltzmann distribution HW #1 here (due Thurs., Sept. 3rd at beginning of class); Solutions |
Aug 31 |
previous week's topics
continued |
Sept. 7 |
Canonical partition function,
ensemble averages, thermodynamic connections, fluctuations HW #2 here (due Tues, Sept. 15th); Solutions |
Sept. 14 |
Ideal gases: Boltzmann
statistics, molecular partition functions; HW #3 here (due Thurs., Sept. 24th); Solutions |
Sept. 21 |
Diatomic and polyatomic
partition functions; HW #4 here (due
Thurs., Oct. 8th); Solutions |
Sept. 28 |
more on polyatomic molecule
partition functions |
Oct. 5 |
continued |
Oct. 12 |
Exam
1 (Tues.); Solutions ideal gas partition functions continued; HW #5 here (due Tues., Oct. 27th); Solutions |
Oct. 19 |
Chemical Equilibria |
Oct. 26 |
ideal solids (harmonic
crystals, Rayleigh-Jeans, Debye theory); HW #6 here (due Tues., Nov. 3); Solutions |
Nov. 2 |
classical statistical
mechanics (phase space averages, equipartition theorem); HW
#7 here (due Tues., Nov. 17th); Solutions |
Nov. 9 |
the grand canonical partition function; non-ideal gases (virial expansion, intermolecular potentials) |
Nov. 16 |
Exam
2 (Thurs.); Solutions Real gases continued; HW #8 here (due Thurs., Dec. 3); Solutions |
Nov. 23 |
Thanksgiving break |
Nov. 30 |
Liquids (molecular dynamics, Monte Carlo) |
Dec. 7 |
Quantum ideal gases
(Bose-Einstein and Fermi-Dirac statistics); HW #9 here |
Dec. 17 (8:00
- 10am)
|
FINAL EXAM (cumulative) |
points | |
2 exams | 500 |
homework | 200 |
final exam | 300 |
total | 1000 |
Scale (broad strokes):
850 - 1000 A
650 - 800 B
< 600 C