| Unit 1 | Unit 2 | Unit 3 |
| #1) Jan. 18 | 1a) Rates and Rate Laws |
| #2) Jan. 20 | 1b) Determination of Rate Laws 1c) Integrated Rate Laws |
| #3) Jan. 23 | 1c) Integrated Rate Laws 1d) Reactions Near Equilibrium 1e) Temperature Dependence of Rate Constant |
| #4) Jan. 25 | 1e) Temperature Dependence of Rate Constant 1f) Reaction Mechanisms |
| #5) Jan. 27 | 1f) Reaction Mechanisms 1g) Chain Reactions |
| #6) Jan. 30 | 1g) Chain Reactions 1h) Photochemical Reactions |
| #7) Feb. 1 | 1h) Photochemical Reactions 1i) Polymerization Reactions |
| #8) Feb. 3 | 1i) Polymerization Reaction 1j) Catalysis |
| #9) Feb. 6 | 1j) Catalysis 1k) Collision Theory |
| #10) Feb. 8 | 1k) Collision Theory 1l) Reactions in Solution 1m) Transition State Theory |
| #11) Feb. 10 | 1m) Transition State Theory 1n) Reaction Dynamics End of material for exam/problem set #1 |
Unit 2 - Quantum Mechanics and Atomic Structure
| #12) Feb. 13 | 2a) Basics of Quantum Mechanics 2b) Waves Problem Set #1 Due 4:00 p.m. |
| Tuesday, Feb. 14 | Exam #1 6:30 - 8:30 p.m. @ W128 CB |
| Feb. 15 | No lecture |
| #13) Feb. 17 | 2b) Waves 2c) Schrodinger Equation |
| #14) Feb. 20 | 2c) Schrodinger Equation 2d) Traveling Waves |
| #15) Feb. 22 | 2d) Traveling Waves 2e) Particle in a Box |
| #16) Feb. 24 | 2e) Particle in a Box |
| #17) Feb. 27 | 2f) Simple Harmonic Oscillator |
| #18) Feb. 29 | 2f) Simple Harmonic Oscillator 2g) Rotation and Rotors |
| #19) Mar. 2 | 2g) Rotation and Rotors |
| #20) Mar. 5 | 2h) Hydrogen Atom 2i) Radial Schrodinger Equation |
| #21) Mar. 7 | 2i) Radial Schrodinger Equation 2j) Energies and Orbitals |
| #22) Mar. 9 | 2k) Atomic Spectroscopy 2l) Multielectron Atoms |
| Mar. 12-16 | Spring Break |
| #23) Mar. 19 | 2l) Multielectron Atoms 2m) Pauli Principle |
| #24) Mar. 21 | 2m) Pauli Principle 2n) Auf Bau Principle and the Periodic Table |
| #25) Mar. 23 | 2o) Terms End of material for exam/problem set #2 |
Unit 3 - Molecular Structure and Spectroscopy
| #26) Mar. 26 | 3a) Molecular Symmetry Problem Set #2 Due 4:00 p.m. |
| Tuesday, Mar. 27 | Exam #2 6:30 - 8:30 p.m. @ W128 CB |
| Mar. 28 | No lecture |
| #27) Mar. 30 | 3a) Molecular Symmetry |
| #28) Apr. 2 | 3b) Chemical Bonds |
| #29) Apr. 4 | 3b) Chemical Bonds 3c) Valence Bond Theory |
| #30) Apr. 6 | 3d) Heteronuclear Diatomics 3e) Polyatomic Molecules 3f) Huckel Theory |
| #31) Apr. 9 | 3g) Introduction to Spectroscopy |
| #32) Apr. 11 | 3g) Introduction to Spectroscopy 3h) Rotational Spectroscopy of Diatomics |
| #33) Apr. 13 | 3h) Rotational Spectroscopy of Diatomics 3i) Rotational Spectroscpy of Polyatomics |
| #34) Apr. 16 | 3i) Rotational Spectroscpy of Polyatomics 3j) Vibrational Spectroscopy of Diatomics |
| #35) Apr. 18 | 3j) Vibrational Spectroscopy of Diatomics 3k) Vibrational-Rotational Spectroscopy |
| #36) Apr. 20 | 3k) Vibrational-Rotational Spectroscopy 3l) Vibrational Spectroscopy of Polyatomics End of material for exam/problem set #3 |
| #37) Apr. 23 | 3l) Vibrational Spectroscopy of Polyatomics 3m) Raman Spectroscopy Problem Set #3 Due 4:00 p.m. |
| Tuesday, Apr. 24 | Exam #3 6:30 - 8:30 p.m. @ W128 CB |
| Apr. 25 | No lecture |
| #38) Apr. 27 | 3n) Electronic Spectroscopy |
| #39) Apr. 30 | 3o) Nuclear Magnetic Resonance Spectroscopy |
| #40) May 2 | 3o) Nuclear Magnetic Resonance Spectroscopy |
| #41) May 4 | 3p) Electron Spin Resonance Spectroscopy Problem Set #4 Due 4:00 p.m. |
| Final Exam TBD @ TBD |
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4:132 Physical Chemistry II
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