Table of Contents. * * * * * Volume 1
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1 Table of Contents * * * * * Volume 1 How to Use These Lessons... 1 Module 1 Scientific Notation... 2 Lesson 1A: Moving the Decimal... 3 Lesson 1B: Calculations Using Exponential Notation... 9 Lesson 1C: Tips for Exponential Calculations Lesson 1D: Special Project --The Atoms (Part 1) Module 2 The Metric System Lesson 2A: Metric Fundamentals Lesson 2B: Metric Prefix Formats Lesson 2C: Cognitive Science -- and Flashcards Lesson 2D: Calculations With Units Module 3 Significant Figures Lesson 3A: Rules for Significant Figures Lesson 3B: Sig Figs -- Special Cases Lesson 3C: Sig Fig Summary and Practice Lesson 3D: The Atoms Part Module 4 Conversion Factors Lesson 4A: Conversion Factor Basics Lesson 4B: Single Step Conversions Lesson 4C: Multi-Step Conversions Lesson 4D: English/Metric Conversions Lesson 4E: Ratio Unit Conversions Lesson 4F: The Atoms Part Lesson 4G: Review Quiz For Modules Module 5 Word Problems Lesson 5A: Answer Units -- Single Or Ratio? Lesson 5B: Mining The DATA Lesson 5C: Solving For Single Units Lesson 5D: Finding the Given Lesson 5E: Some Chemistry Practice Lesson 5F: Area and Volume Conversions Lesson 5G: Densities of Solids: Solving Equations Module 6 Atoms, Ions, and Periodicity Lesson 6A: Atoms Lesson 6B: The Nucleus, Isotopes, and Atomic Mass Lesson 6C: Atoms, Compounds, and Formulas Lesson 6D: The Periodic Table Lesson 6E: A Flashcard Review System Lesson 6F: The Atoms Part v. u6 Page iii
2 Module 7 Writing Names and Formulas Lesson 7A: Naming Elements and Covalent Compounds Lesson 7B: Naming Ions Lesson 7C: Names and Formulas for Ionic Compounds Lesson 7D: Naming Acids Lesson 7E: Review Quiz For Modules Module 8 Grams and Moles Lesson 8A: The Mole Lesson 8B: Grams Per Mole (Molar Mass) Lesson 8C: Converting Between Grams and Moles Lesson 8D: Converting Particles, Moles, and Grams Module 9 Mole Applications Lesson 9A: Fractions and Percentages Lesson 9B: Empirical Formulas Lesson 9C: Empirical Formulas from Mass or % Mass Lesson 9D: Mass Fraction, Mass Percent, Percent Composition Module 10 Balanced Equations and Stoichiometry Lesson 10A: Chemical Reactions and Equations Lesson 10B: Balancing Equations Lesson 10C: Using Coefficients -- Molecules to Molecules Lesson 10D: Mole to Mole Conversions Lesson 10E: Conversion Stoichiometry Lesson 10F: Percent Yield Lesson 10G: Finding the Limiting Reactant Lesson 10H: Final Mixture Amounts and RICE Tables Lesson 10I: Review Quiz For Modules Module 11 Molarity Lesson 11A: Ratio Unit Review Lesson 11B: Word Problems with Ratio Answers Lesson 11C: Molarity Lesson 11D: Conversions and Careers Lesson 11E: Units and Dimensions Lesson 11F: Ratios versus Two Related Amounts Lesson 11G: Solving Problems With Parts Module 12 Molarity Applications Lesson 12A: Dilution Lesson 12B: Ion Concentrations Lesson 12C: Solution Stoichiometry Lesson 12D: Solution Reactions and Limiting Reactants Lesson 12E: Reaction Stoichiometry For Ratio Units Lesson 12F: Review Quiz For Modules Module 13 Ionic Equations and Precipitates Lesson 13A: Predicting Solubility for Ionic Compounds Lesson 13B: Total and Net Ionic Equations Lesson 13C: Predicting Precipitation Lesson 13D: Precipitate and Gravimetric Calculations v. u6 Page iv
3 Module 14 Acid-Base Neutralization Lesson 14A: Ions in Acid-Base Neutralization Lesson 14B: Balancing Hydroxide Neutralization Lesson 14C: Acid-Hydroxide Neutralization Calculations Lesson 14D: Neutralization Calculations in Parts Lesson 14E: Carbonate Neutralization Module 15 Redox Reactions Lesson 15A: Oxidation Numbers Lesson 15B: Balancing Charge Lesson 15C: Oxidizing and Reducing Agents Lesson 15D: Balancing Redox Using Oxidation Numbers Lesson 15E: Redox Stoichiometry Module 16 Half-Reaction Balancing Lesson 16A: Constructing Half-Reactions The CA-WHe! Method Lesson 16B: Balancing By Adding Half-Reactions Lesson 16C: Separating Redox Into Half-Reactions Lesson 16D: Balancing Redox With Spectators Present Lesson 16E: Review Quiz For Modules Volume 2 Module 17 Ideal Gases Lesson 17A: Gas Fundamentals Lesson 17B: Gases at STP Lesson 17C: Complex Unit Cancellation Lesson 17D: The Ideal Gas Law and Solving Equations Lesson 17E: Choosing Consistent Units Lesson 17F: Density, Molar Mass, and Choosing Equations Lesson 17G: Using the Combined Equation Lesson 17H: Gas Law Summary and Practice Module 18 Gas Labs, Gas Reactions Lesson 18A: Charles Law; Graphing Direct Proportions Lesson 18B: Boyle s Law; Graphs of Inverse Proportions Lesson 18C: Avogadro s Hypothesis; Gas Stoichiometry Lesson 18D: Dalton s Law of Partial Pressures Module 19 Kinetic Molecular Theory Lesson 19A: Squares and Square Roots Lesson 19B: Kinetic Molecular Theory Lesson 19C: Converting to SI Base Units Lesson 19D: KMT Calculations Lesson 19E: Graham s Law Module 20 Graphing Lesson 20A: Graphing Fundamentals Lesson 20B: The Specific Equation for a Line Lesson 20C: Graphing Experimental Data Lesson 20D: Deriving Equations From Linear Data Lesson 20E: Linear Equations Not Directly Proportional Lesson 20F: Graphing Inverse Proportions v. u6 Page v
4 Module 21 Phases Changes and Energy Lesson 21A: Phases and Phase Changes Lesson 21B: Specific Heat Capacity and Equations Lesson 21C: Water, Energy, and Consistent Units Lesson 21D: Calculating Joules Using Unit Cancellation Lesson 21E: Calorimetry Module 22 Heats Of Reaction (ΔH) Lesson 22A: Energy, Heat, and Work Lesson 22B: Exo- And Endothermic Reactions Lesson 22C: Adding ΔH Equations (Hess s Law) Lesson 22D: Heats of Formation and Element Formulas Lesson 22E: Using Summation to Find ΔH Module 23 Light and Spectra Lesson 23A: Waves Lesson 23B: Waves and Consistent Units Lesson 23C: Planck's Constant Lesson 23D: DeBroglie s Wavelength Lesson 23E: The Hydrogen Atom Spectrum Lesson 23F: The Wave Equation Model Lesson 23G: Quantum Numbers Module 24 Electron Configuration Lesson 24A: The Multi-Electron Atom Lesson 24B: Shorthand Electron Configurations Lesson 24C: Abbreviated Electron Configurations Lesson 24D: The Periodic Table and Electron Configuration Lesson 24E: Electron Configurations: Exceptions and Ions Module 25 Bonding Lesson 25A: Covalent Bonds Lesson 25B: Molecular Shapes and Bond Angles Lesson 25C: Electronegativity Lesson 25D: Molecular Polarity Lesson 25E: Solubility Lesson 25F: Double and Triple Bonds Lesson 25G: Ion Dot Diagrams Lesson 25H: Orbital Models for Bonding Module 26 Mixtures and Colligative Properties Lesson 26A: Measures of Solution Composition Lesson 26B: Parts Per Million Lesson 26C: Colligative Properties and Gas Pressures Lesson 26D: Colligative Properties of Solutions Module 27 Kinetics: Rate Laws Lesson 27A: Kinetics Fundamentals Lesson 27B: Rate Laws Lesson 27C: Integrated Rate Law --Zero Order Lesson 27D: Base 10 Logarithms Lesson 27E: Natural Log Calculations Lesson 27F: Integrated Rate Law -- First Order v. u6 Page vi
5 Lesson 27G: Reciprocal Math Lesson 27H: Integrated Rate Law -- Second Order Lesson 27I: Half-Life Calculations Volume 3 Module 28 Equilibrium Lesson 28A: Le Châtelier s Principle Lesson 28B: Powers and Roots of Exponential Notation Lesson 28C: Equilibrium Constants Lesson 28D: K Values Lesson 28E: Kp Calculations Lesson 28F: K and Rice Moles Tables Lesson 28G: K Calculations From Initial Concentrations Lesson 28H: Q: The Reaction Quotient Lesson 28I: Calculations Using K and Q Lesson 28J: Solving Quadratic Equations Module 29 Acid-Base Fundamentals Lesson 29A: Acid-Base Math Review Lesson 29B: Kw Calculations: H + and OH Lesson 29C: Strong Acid Solutions Lesson 29D: The [OH ] in Strong Acid Solutions Lesson 29E: Strong Base Solutions Lesson 29F: The ph System Module 30 Weak Acids and Bases Lesson 30A: Ka Math and Approximation Equations Lesson 30B: Weak Acids and Ka Expressions Lesson 30C: Ka Calculations Lesson 30D: Percent Dissociation and Shortcuts Lesson 30E: Solving Ka Using the Quadratic Formula Lesson 30F: Weak Bases and Kb Calculations Lesson 30G: Polyprotic Acids Module 31 Brønsted-Lowry Definitions Lesson 31A: Brønsted-Lowry Acids and Bases Lesson 31B: Which Acids and Bases Will React? Module 32 ph of Salts Lesson 32A: The Acid-Base Behavior of Salts Lesson 32B: Will A Salt Acid-Base React? Lesson 32C: Calculating the ph of a Salt Solution Lesson 32D: Salts That Contain Amphoteric Ions Module 33 Buffers Lesson 33A: Acid-Base Common Ions, Buffers Lesson 33B: Buffer Example Lesson 33C: Buffer Components Lesson 33D: Methodical Buffer Calculations v. u6 Page vii
6 Lesson 33E: Buffer Quick Steps Lesson 33F: The Henderson-Hasselbalch Equation Module 34 ph During Titration Lesson 34A: ph In Mixtures Lesson 34B: ph After Neutralization Lesson 34C: Distinguishing Types of Acid-Base Calculations Lesson 34D: ph During Strong-Strong Titration Lesson 34E: Titration ph: Weak by Strong Module 35 Solubility Equilibrium Lesson 35A: Slightly Soluble Ionic Compounds Lesson 35B: Ksp Calculations Lesson 35C: Solubility and Common Ions Lesson 35D: ph and Solubility Lesson 35E: Quantitative Precipitation Prediction Module 36 Thermodynamics Lesson 36A: Review: Energy and Heats of Reaction Lesson 36B: Entropy and Spontaneity Lesson 36C: Free Energy Lesson 36D: Standard State Values Lesson 36E: Adding ΔG Equations Lesson 36F: Free Energy at Non-Standard Conditions Lesson 36G: Free Energy and K Module 37 Electrochemistry Lesson 37A: Redox Fundamentals Lesson 37B: Charges and Electrical Work Lesson 37C: Standard Reduction Potentials Lesson 37D: Non-Standard Potentials: The Nernst Equation Lesson 37E: Predicting Which Redox Reactions Go Lesson 37F: Calculating Cell Potential Module 38 Electrochemical Cells Lesson 38A: Cells and Batteries Lesson 38B: Anodes and Cathodes Lesson 38C: Depleted Batteries and Concentration Cells Lesson 38D: Electrolysis Lesson 38E: Amperes and Electrochemical Calculations Module 39 Nuclear Chemistry Lesson 39A: The Nucleus - Review Lesson 39B: Radioactive Decay Reactions Lesson 39C: Fission and Fusion Lesson 39D: Radioactive Half-Life Calculations v. u6 Page viii
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