SPRING 2019| General Chemistry II (CHM 1046, Chemistry: OpenStax)

1. Chapter 7: Chemical Bonding
2. Chapter 10.1-2: Intermolecular Forces
3. Chapter 10.3-4: Phase Changes
4. Chapter 10.5-6: Solids
5. Chapter 11.1-3: Solutions and Solubility
6. Chapter 11.4-5: Colligative Properties and Colloids
7. Chapter 12.1-5: Rate Laws
8. Chapter 12.6-7: Reaction Mechanisms and Catalysis
9. Chapter 13.1-2: Equilibrium Expressions
10. Chapter 13.4-5: Q and LCP
11. Chapter 14.1-3: Acids, Bases, pH, Ka, and Kb
12. Chapter 14.4-7: Polyprotics, Acid and Base Properties
13. Chapter 15.1-3: Equilibria, Solubility, and Lewis Acids
14. Chapter 16.1-3: Enthalpy and Entropy
15. Chapter 16.4: Free Energy and K
16. Chapter 16 Bonus: 4th Law of Thermodynamics
17. Chapter 17.1-4: Galvanic Cells to Nernst Equation

FALL 2018| Physical Mehtods in Inorganic Chemistry (CHM 5681)

1. Syllabus Day
2. Introduction to Molecular Photophysics
3. Absortpion Spectroscopy
4. Circular Dichroism
5. Fluorescence Spectroscopy
6. Time-resolved Emission Spectroscopy
7. Quantum Yield Measurement
8. Transient Absorption Spectroscopy
9. IR Spectroscopy
10. Raman Spectroscopy

SPRING 2015| General Chemistry II (CHM 1051, Chemistry: Chang & Goldsby)

1. Chapter 10- Chemical Bonding
2. Chapter 11.1-3-Intermolecular Forces
3. Chapter 11.4-7 Solids
4. Chapter 11.8-9 Phase Changes
5. Chapter 12.1-5 Solutions and Solubility
6. Chapter 12.6-8 Colligative Properties
7. Chapter 13.1-3 Rate Law
8. Chapter 13.4-6 Reaction Mechanisms and Catalysis
9. Chapter 14.1-3 Equilibrium Expressions
10. Chapter 14.4-5 Q and Equilibrium
11. Chapter 4 Acid and Base Review
12. Chapter 16.1-5 Buffers Indicators
13. Chapter 16.6-11 Equilibria and Solubility
14. Chapter 17.1 Enthalpy Review
15. Chapter 17.2-4 Entropy 2nd Law
16. Chapter 17.5 Gibbs Free Energy
17. Chapter 17.6-7 Gibbs Equilibrium and Coupled Reactions
18. Chapter 17 Bonus 4th Law

FALL 2014| Chemical Applications of Group Theory (CHM 5710)

1. Syllabus Day
2. Intro to Point Groups
3. Dipole Moments and Chirality
4. Rules that Govern Symmetry
5. Character Tables
6. Using Character Tables
7. Orbital Diagrams
8. Coordination Complexes
9. Electronic Transitions
10. Vibrational Modes

FALL 2013| Chemical Measurements: Spectroscopic Characterization of Molecules, Materials and Photovoltaics (CHM 5175)

1. Syllabus Day
2. Introduction to Molecular Photophysics
3. UV-Visible Spectroscopy
4. Other Absorption Techniques (Circular Dichroism and IR Spectroscopy)
5. Fluorescence Spectroscopy
6. Time-resolved Emission Spectroscopy
7. Quantum Yield Measurement
8. Transient Absorption Spectroscopy
9. Solar Cell Characterization