AGENDA
- Page ID
- 47226
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Lecture 2 (3/30)
Readings
- 1.7: The Maxwell Distribution Laws
- 1.8: Molecular Collisions & the Mean Free Path
- 1.9: Graham's Laws of Diffusion and Effusion
Homework
- Non-assigned
Lecture 6 (4/8)
Readings
- Steady-State Approximation (optional, but recommended)
- MathWiki: 3.3 Linear systems of ODEs (Optional for those of you that want to see how to solve the coupled rate equations)
Homework
Lecture 7 (4/11)
Readings
Homework
Lecture 8 (4/13)
Readings
Homework
MIDTERM I (4/18)
Readings
Homework
- no homework assigned or due (study for midterm)
Lecture 10 (4/20)
Readings
Homework
Lecture 12 (4/25)
Readings
Homework
Lecture 13 (4/27)
Readings
Homework
Lecture 14 (4/29)
Readings
- 4.4: Bohr's Theory of the Hydrogen Emission Spectrum
- You do not have to memorize the different series of spectral lines, but I expect you to understand their origins.
- 4.5: de Broglie's Postulate
Homework
Lecture 15 (5/2)
Readings
Homework
Lecture 18 (5/9)
Readings
Homework
Lecture 19 (5/11)
Readings
Homework
MIDTERM II (5/16)
Homework
Homework
- no homework assigned or due (study for midterm)
Lecture 21 (5/18)
Readings
Homework
Lecture 22 (5/20)
Readings
- 12.3: Hybridization of Atomic Orbitals
- 12.4: Electronegativity and Dipole Moment
- Dipole Moments (Optional)
Homework
- Homework 18 (5/20/2016)
- Solutions 18
Lecture 23 (5/23)
Readings
Homework
Lecture 24 (5/25)
Readings
Homework
Lecture 26 (6/1)
Readings
Homework
- Homework 22 (Not Due)
- Solutions 22
Final Exam (6/7): 1:00-3:00
- 1:00—3:00 p.m.