Tutorials in document form
On this site, I’ve got tutorials in both PowerPoint and *.pdf formats. This is the one with the *.pdf stuff. If you want the other one, go find it!
| Acids and bases (part 1): Introduction. Arrhenius, Bronsted-Lowry, Lewis |
| Acids and bases (part 2): Bronsted-Lowry conjugate acid-base pairs |
| Acids and bases (part 3): Naming and formulas |
| Atomic theory (part 1): Greeks, some other stuff, then Dalton. The classics. |
| Atomic theory (part 2): Plum pudding and gold foil – Thomson and Rutherford |
| Atomic theory (part 3): The Bohr atom |
| Atomic theory (part 4): Orbitals, quantum style! |
| Atomic theory (part 5): Isotopes and average atomic mass |
| Atomic theory (part 6): Quantum mechanics and quantum numbers |
| Atomic theory (part 7): Electron configurations |
| Atomic theory (part 8): Orbital filling diagrams |
| Covalent compounds (part 1): Covalent bonding and properties |
| Covalent compounds (part 2): Naming and formulas |
| Electron configurations: Pretty much just that |
| Empirical and molecular formulas: All the calculations |
| Equations (part 1): What’s an equation, anyway? |
| Equations (part 2): Balancing equations |
| Equations (part 3): Writing complete equations / word equations |
| Gas laws: The basics – Boyle, Charles, Gay-Lussac, and combined |
| Gas laws (part 2): The ideal gas law |
| Gas stoichiometry: Stoichiometry, but with gases. Obviously. |
| Graphing: There’s more to it than you think! Do it the right way! |
| How to guess: How to get the right answer even if you don’t know what it is |
| Intermolecular forces: Hydrogen bonds, dipole-dipole, Van der Waals |
| Ionic compounds (part 1): How they’re formed and their properties |
| Ionic compounds (part 2): Naming ionic compounds |
| Kinetic molecular theory of gases: The postulates and what they mean |
| Lab Equipment: What it is, how to use it. Goggles are the most important! |
| Lab Safety: How not to die in the lab |
| Lewis structures (part 1): The basics |
| Lewis structures (part 2): Polyatomic ions |
| Lewis structures (part 3): Resonance structures |
| Moles (part 1): What is a mole, anyway? |
| Moles (part 2): Mole calculations |
| Naming everything: A flow chart that tells you how to name, well, everything |
| Periodic table (part 1): Groups, properties, metals/nonmetals/metalloids |
| Periodic table (part 2): Octet rule, periodic trends |
| Polarity: What it is, how to find it (you might want to review Lewis structures) |
| Polarity (part 2): Intermolecular forces, the three of them and why they happen |
| Redox (part 1): An introduction |
| Redox (part 2): Balancing redox rxns in basic solutions |
| Science and Math: How they’re related to one another |
| Science fair: How to crush your opponents |
| Significant figures: Accuracy, precision, calculations with sig figs, etc. |
| Solutions stoichiometry: Stoichiometry, but with solutions. Obviously. |
| Stoichiometry: Just the basics of how to do this |
| Stoichiometry with gases: Stoichiometry, but with gases. Obviously. |
| Stoichiometry with solutions: Stoichiometry, but with solutions. Obviously. |
| Types of reaction / predicting reaction products: Pretty much those things |
| Units and unit conversions: SI units, how to use the prefixes |
| VSEPR: What it is, shapes, angles, hybridizations |
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The Cavalcade o' Chemistry 