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Unit 10 : Acids/Bases
2. Arrhenius Theory & Bronsted-Lowry Theory
4. Calculating pH, [H+], pOH, & [OH-]
5. Different Video ~ Calculating pH, [H+], pOH, & [OH-]
9. Naming Acids
Unit 9 : Kinetics and Equilibrium
3. Entropy
Unit 8: Solutions
1. What are Solutions? (includes saturation)
2. Factors that Affect Solubility - Clear & Simple
3. Solubility Rules and How to Use a Solubility Table
4. Complete & Net Ionic Equations
5. How to Do Solution Stoichiometry Using Molarity as a Conversion Factor
Unit 7: PBOM (Physical Behavior of Matter)
3. Measurement of Heat Energy w/ Specific Heat constant C
4. Heat of Fusion & Vaporization
7. State of Matter (KMT) & Ideal Gases
8. Ideal Gas Law: PV=nRT *All examples are with atm, remember you have different R constants based off of the pressure units!
Unit 6: Moles & Stoichiometry
Mole Ratio Practice Problems *
Step by Step Stoichiometry Practice Problems *Uses the mole ratios as a conversion factor with dimensional analysis.
Limiting Reactant *Using the method of solving for the product & choosing the lesser amount of product.
Limiting & Excess Reactant *Using the method of comparing the amount of reactant needed to what you have. **START VIDEO AT 9:05 mins.**
UNIT 3: Nuclear Chemistry
1. How to solve half-life problems (similar to how we did them in class)
2. Introduction to Half-Life & Half-Life Calculations (the step-by-step written out way & he uses "t(1/2)" for the radioisotope's half-life instead of the "T" we used in class)
3. Half-Life Explanation (start video at 3:00mins)