1. Introduction | CHEMATLAS Unit 1 (PDF - 2.3MB) |
1. Atoms and Reactions Video Tutorial Atoms and Reactions - Problems (PDF)
| A: Atoms (PDF) | 1. Balancing Reactions, Yield, and Limiting Reagents (PDF) | Exam 1 (PDF) |
2. The Periodic Table | B: Atomic Spectra and Quantum (PDF) | 2. Avogadro and Moles, Periodic Table, Isotopes, and Combustion (PDF) |
3. Atomic Models |
4. Atomic Spectra | 3. Waves, Photons, and Bohr Model (PDF) |
5. Shell Models and Quantum Numbers |
2. Electronic Transitions Video Tutorial Electronic Transitions - Problems (PDF)
| C: Bonding (PDF) | 4. Energy, Frequency, Wavelength, and Ionization (PDF) |
6. Electron Shell Model, Quantum Numbers, and Potential Energy Surface |
7. Aufbau Principle and Atomic Orbitals |
3. Ionic Solids Video Tutorial Ionic Solids - Problems (PDF)
| 5. Quantum Numbers (PDF) |
8. Ionization Energy and Potential Energy Surface | D: Orbitals and Molecules (PDF) | 6. Aufbau Principle, Electron Filling, Box Notation, and Photoelectron Spectroscopy (PDF) |
9. Lewis Structures I | 7. Periodic Trends, Lewis Dot Diagrams, and Formal Charge (PDF) |
10. Lewis Structures II | CHEMATLAS Unit 2 (PDF - 11.4MB) | 8. Resonance, and Formal Charge (cont.) (PDF) | Exam 2 (PDF) |
11. Shapes of Molecules and VSEPR |
4. VSEPR Video Tutorial VSEPR - Problems (PDF)
| 9. VSEPR and Polarity (PDF) |
12. Molecular Orbitals | E: IMFs and Phases (PDF) | 10. Hybridization, Atomic Orbitals, and Molecular Orbital Theory (PDF) |
13. Hybridization |
14. Intermolecular Forces |
5. Electronic Materials Video Tutorial Electronic Materials - Problems (PDF)
| F: Electronic Materials and Crystallography (PDF) | 11. More Molecular Orbital Theory and Intermolecular Forces (PDF) |
15. Semiconductors |
16. Doping | 12. Band Diagrams, Semiconductors, and Doping (PDF) |
17. Metals | G: Diffraction and X-rays (PDF) | 13. Bravais Lattices and Crystal Packing (PDF) |
18. Introduction to Crystallography |
6. Crystallography Video Tutorial Crystallography - Problems (PDF)
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19. Introduction to Crystallography (cont.) | 14. Miller Indices and Interplanar Spacing (PDF) |
20. X-ray Emission and Absorption | 15. X-ray Generation, Diffraction, and Bragg's Law (PDF) | Exam 3 (PDF) |
21. X-ray Diffraction Techniques I | CHEMATLAS Unit 3 (PDF - 6.7MB) | 16. X-ray Diffraction and Selection Rules (PDF) |
22. X-ray Diffraction Techniques II | H: Defects (PDF) | 17. Point Defects and Arrhenius-like Vacancy Activation (PDF) |
23. Point and Line Defects I |
7. Defects Video Tutorial Defects - Problems (PDF)
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24. Point and Line Defects II | I: Glasses (PDF) | 18. Line Defects, Mechanics and Stress-strain Curves, and Slip (PDF) |
25. Introduction to Glassy Solids | 19. Glasses and Cooling Curves (PDF) |
26. Engineering Glass Properties | J: Kinetics and Reactions (PDF) | 20. Glass Formers and Network Modifiers (PDF) |
27. Reaction Rates |
8. Reactions Video Tutorial Reactions - Problems (PDF)
| K: Aqueous Solutions and Acids/Bases (PDF) | 21. Reaction Kinetics, Rate Laws and Rate Constants (PDF) |
28. Introduction to Aqueous Solutions |
29. Acids and Bases I | 22. Equilibrium, Solubility Product, and Common Ion Effect (PDF) |
30. Acids and Bases II | L: Polymers (PDF) |
31. Exam Review | 23. Acids, Bases, and Dissociation (PDF) |
32. Polymers I | 24. pH and pOH, pKa and pKb (PDF) | Final Exam (PDF) |
33. Polymers II | 25. Polymers, Radical Polymerization, Condensation Polymerization, and Polymer Properties (PDF) |
34. Introduction to Organic Chemistry |
9. Polymers Video Tutorial Polymers - Problems (PDF)
| M: Diffusion (PDF) | 26. Steady State Diffusion, Diffusion Coefficient, Fick’s Second Law (PDF) |
35. Diffusion I |
36. Diffusion II |
