Lecture Schedule
Instructor - S.N. Liddick
# | Day | Date | Topic | Chapter |
01 | M | 1/7 | Introduction | |
W | 1/9 | Molecular Spectroscopy: General | 13.1 | |
F | 1/11 | Molecular Spectroscopy:Rotation | 13.2 - 13.4 | |
02 | M | 1/14 | Molecular Spectroscopy: Vibration | |
W | 1/16 | Molecular Spectroscopy: Electronic | 13.5 - 13.9 | |
F | 1/18 | Molecular Spectroscopy: Selection Rules | 13.5 - 13.9 | |
03 | M | 1/21 | MLK day: No Class | 13.11 - 13.13 |
W | 1/23 | Nuclear Magnetic Resonance | 14.1 - 14.3 | |
F | 1/25 | NMR: shielding | 14.4 - 14.5 | |
04 | M | 1/28 | NMR: spin-spin coupling | 14.6 |
W | 2/30 | NMR: spin-spin coupling | 14.7 | |
F | 2/1 | NMR: n+1 rule | 14.8 | |
05 | M | 2/4 | NMR: n+1 rule | 14.8 |
W | 2/6 | Midtern Exam 1 | ||
F | 2/8 | Statistical Thermodynamics: Ideal Gases | 16.1 | |
06 | M | 2/11 | Statistical Thermodynamics: Real Gases | 16.2 - 16.4 |
W | 2/13 | Statistical Thermodynamics: Virial Equation of state | 16.5 - 16.7 | |
F | 2/15 | Statistical Thermodynamics: Partition Functions | 17.1 - 1.3 | |
07 | M | 2/18 | Statistical Thermodynamics: Heat Capacity | 17.4 |
W | 2/20 | Statistical Thermodynamics: Pressure, Distinguishable / Indistinquishable Molecules | 17.5 - 17.8 | |
F | 2/22 | Statistical Thermodynamics: Partition function of ideal gasesDistinguishable / Indistinguishable Molecules | 18.1 - 18.3 | |
08 | M | 2/25 | Statistical Thermodynamics: Partition function of ideal gases | 18.4 - 18.6 |
W | 2/27 | Thermodynamics: Heat and Work | 19.1 - 19.8 | |
F | 3/1 | Thermodynamics: Enthalpy | 19.9 - 19.12 | |
09 | M | 3/4 | Spring Break | |
W | 3/6 | Spring Break | ||
F | 3/8 | Spring Break | ||
10 | M | 3/11 | Summary and Review | |
W | 3/13 | Midterm Exam 2 | ||
F | 3/15 | Thermodynamics: 2nd law | 20.1 - 20.6 | |
11 | M | 3/18 | Thermodynamics: Gibbsian differentials | 22.1 - 22.5 |
W | 3/20 | Thermodynamics: Applications to simple systems | 19 - 22 | |
F | 3/22 | Thermodynamics: Applications to simple systems | 19 -22 | |
12 | M | 3/25 | Thermodynamics: Carnot cycle | 20.7 |
W | 3/27 | Thermodynamics: 3rd law entropies | 21 | |
F | 3/29 | Thermodynamics: 3rd law entropies | 21 | |
13 | M | 4/1 | Thermodynamics: Phase equilibrium | 23 |
W | 4/3 | Thermodynamics: Phase equilibrium | 23 | |
F | 4/5 | Thermodynamics: Phase equilibrium | 23 | |
14 | M | 4/8 | Summary and review | |
W | 4/10 | Midterm Exam 3 | ||
F | 4/12 | Thermodynamics: Ideal solutions | 24 | |
15 | M | 4/15 | Thermodynamics: Ideal solutions | 24 |
W | 4/17 | Thermodynamics: Ideal solutions | 24 | |
F | 4/19 | Thermodynamics: Henry's Law | 25 | |
16 | M | 4/23 | Thermodynamics: Chemical Equilibrium | 26 |
W | 4/25 | Thermodynamics: Chemical Equilibrium | 26 | |
F | 4/27 | Thermodynamics: Chemical Equilibrium | 26 | |
17 | Th | 5/2 | Final Exam: 10:00 am - noon |