General Chemistry I and General Chemistry II Mediasite Lecture List. (in order of presentation of topics)
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1 General Chemistry I and General Chemistry II Mediasite Lecture List (in order of presentation of topics) Unit 1: Foundational Aspects of Chemistry Foundations of Chemistry FA-1-0 Foundations of Foundations FA-1-1 A Mindmap for General Chemistry FA-1-2 Matter FA-1-3 Properties FA-1-4 Elements, Compounds, and Mixtures FA-1-5 Measurements and Units FA-1-6 Numbers FA-1-7 Significant Figures FA-1-8 Scientific Notation FA-1-9 Unit Conversions FA-1-10 Unit Conversion Example FA-1-11 Density FA-1-12 Heat and Temperature FA-1-13 Moles Chemical Formulas & Composition Stoichiometry FA-2-1 Atoms FA-2-2 Formulas FA-2-3 Mass and Moles FA-2-4 Percent Composition Chemical Equations & Reaction Stoichiometry FA-3-1 Equations Basics FA-3-2 Limiting Reactant & Percent Yield FA-3-3 Concentration Unit 2: Structure & Bonding Atomic Structure SB-1-1 Fundamental Particles SB-1-2 The Nuclear Atom SB-1-3 Mass Number & Isotopes SB-1-4 Atomic Weight Scale SB-1-5 Electromagnetic Radiation SB-1-6 Atomic Spectra SB-1-7 The Quantum Mechanical Atom SB-1-8 Quantum Numbers SB-1-9 Atomic Orbitals 1
2 SB-1-10 SB-1-11 Electrons & Magnetism Electron Configurations Interlude: Oxidation and Reduction (Oxidation Numbers) SB-I-1 Introduction to Redox SB-I-2 Assigning Oxidation Numbers, Part 1 SB-I-3 Assigning Oxidation Numbers, Part 2 Periodicity SB-2-1 SB-2-2 SB-2-3 SB-2-4 SB-2-5 SB-2-6 A Map of the Periodic Table Atomic Radii Ionic Radii Electron Affinity Ionization Energy Electronegativity Chemical Bonding SB-3-1 Types of Bonds SB-3-2 Lewis Dot Structures SB-3-3 Ionic Refresher SB-3-4 Forming Ionic Compounds SB-3-5 Covalent Bonds SB-3-6 Covalent Lewis Structures SB-3-7 The Octet Rule SB-3-8 Resonance SB-3-9 Formal Charge SB-3-10 Polar & Nonpolar Bonds SB-3-11 Dipole Moment & Molecules Molecular Structure SB-4-1 Introduction to Molecular Structure SB-4-2 VSEPR Theory SB-4-3 Using VSEPR Theory SB-4-4 Geometry and Polarity SB-4-5 Valence Bond Theory SB-4-6 Visualizing Geometries SB-4-7 Visualizing Multiple Bonds Unit 3: Chemical Reactions The Basics of Chemical Reactions CR-1-1 Types of Elements: A Quick Review CR-1-2 Electrolytes & Nonelectrolytes CR-1-3 Strong and Weak Acids CR-1-4 Strong and Weak Bases CR-1-5 Solubility Rules 2
3 CR-1-6 CR-1-7 CR-1-8 CR-1-9 CR-1-10 Representing Chemical Reactions Combination Reactions Decomposition Reactions Displacement Reactions Metathesis Reactions Interlude: Oxidation and Reduction (Redox Equations) CR-I-1 Balancing Redox Equations, Part 1 CR-I-2 Balancing Redox Equations, Part 2 Reactions in Aqueous Solution CR-2-1 Properties of Acids & Bases CR-2-2 Arrhenius Acid-Base Theory CR-2-3 Bronsted-Lowry Acid-Base Theory CR-2-4 Autoionization of Water CR-2-5 Amphoterism CR-2-6 Acid Strength CR-2-7 Classifying Acid-Base Reactions CR-2-8 Acidic & Basic Salts CR-2-9 Lewis Acid-Base Theory CR-2-10 Molarity Calculations CR-2-11 Titrations CR-2-12 Equivalents & Normality Unit 4: Phases of Matter Gases PM-1-1 PM-1-2 PM-1-3 PM-1-4 PM-1-5 PM-1-6 PM-1-7 PM-1-8 Properties of Gases Boyle, Charles, Gay-Lussac, & the Combined Gas Law Avogadro s Law & Standard Molar Volume The Ideal Gas Law Dalton s Law of Partial Pressures Kinetic Molecular Theory Diffusion & Effusion Real Gases Solids & Liquids PM-2-1 Condensed Matter PM-2-2 Intermolecular Interactions PM-2-3 Properties of Liquids PM-2-4 Processes with Liquids PM-2-5 Processes with Solids PM-2-6 Phase Diagrams PM-2-7 Crystallinity PM-2-8 Unit Cells PM-2-9 Bonding in Solids 3
4 PM-2-10 PM-2-11 Solutions PM-3-1 PM-3-2 PM-3-3 PM-3-4 PM-3-5 PM-3-6 PM-3-7 PM-3-8 PM-3-9 PM-3-10 PM-3-11 PM-3-12 PM-3-13 Atomic Radii Band Theory Dissolution Solids in Liquids Liquids & Gases in Liquids Dissolution Rates & Saturation Temperature & Pressure Effects on Solubility Molality & Mole Fraction Colligative Properties Vapor Pressure Lowering & Raoult s Law Boiling Point Elevation Freezing Point Depression Osmotic Pressure The van t Hoff Factor Colloids Unit 5: Thermodynamics & Kinetics Chemical Thermodynamics TK-1-1 Thermodynamic Terms TK-1-2 The First Law of Thermodynamics TK-1-3 Enthalpy Changes TK-1-4 Calorimetry TK-1-5 Thermochemical Equations TK-1-6 Standard States TK-1-7 Hess s Law TK-1-8 Bond Energies TK-1-9 Entropy TK-1-10 Spontaneity & Gibbs Free Energy Chemical Kinetics TK-2-1 Kinetics Terms TK-2-2 Reaction Rates TK-2-3 Factors Affecting Reaction Rates TK-2-4 Nature of Reactants TK-2-5 Concentrations of Reactants TK-2-6 Integrated Rate Equation & Half-life TK-2-7 Determining Reaction Order TK-2-8 Collision Theory TK-2-9 Transition State Theory TK-2-10 Determining Reaction Mechanisms TK-2-11 Temperature & Rate TK-2-12 Catalysts 4
5 Unit 6: Chemical Equilibrium The Basics of Chemical Equilibrium EQ-1-1 Basic Equilibrium Concepts EQ-1-2 The Equilibrium Constant EQ-1-3 Kc and Equation Form EQ-1-4 The Reaction Quotient EQ-1-5 Le Châtelier s Principle EQ-1-6 The Equilibrium Constant & Pressure EQ-1-7 Heterogeneous Equilibria EQ-1-8 Gibbs Free Energy & Equilibrium EQ-1-9 Kc & Varying Temperature Acid-Base Equilibria EQ-2-1 Strong & Weak Acids & Bases EQ-2-2 Autoionization of Water EQ-2-3 The ph and poh Scales EQ-2-4 Acid and Base Ionization Constants EQ-2-5 Polyprotic Acids EQ-2-6 Solvolysis EQ-2-7 Salts, Part 1 EQ-2-8 Salts, Part 2 EQ-2-9 Summary of Salient Points About Salts EQ-2-10 Hydrolysis of High Charge Density Cations Buffers & Titrations EQ-3-1 Buffers & the Common Ion Effect EQ-3-2 Weak Acid-Soluble Salt Buffers EQ-3-3 Weak Base-Soluble Salt Buffers EQ-3-4 The Henderson-Hasselbach Equation EQ-3-5 Acid-Base Indicators EQ-3-6 Strong Acid-Strong Base Titration Curves EQ-3-7 Weak-Strong Titration Curves EQ-3-8 Weak-Weak Titration Curves Solubility Product Equilibria EQ-4-1 The Solubility Product Constant EQ-4-2 Miscellaneous Ksp Concepts EQ-4-3 Dissolving Precipitates EQ-4-4 The Dissociation Constant Unit 7: Other Topics Electrochemistry OT-1-1 Introduction to Electrochemistry OT-1-2 Electrolysis & Electrolytic Cells 5
6 OT-1-3 OT-1-4 OT-1-5 OT-1-6 OT-1-7 OT-1-8 OT-1-9 OT-1-10 OT-1-11 OT-1-12 OT-1-13 Coulometry & Faraday s Law Applications of Electrolysis Voltaic Cells Standard Electrode Potentials Using Standard Potentials Corrosion The Nernst Equation E, ΔG, and K Primary Voltaics Secondary Voltaics Fuel Cells Nuclear Chemistry OT-2-1 Comparing Chemical and Nuclear Reactions OT-2-2 The Nucleus OT-2-3 Nuclear Stability OT-2-4 Radioactive Decay OT-2-5 Detecting Radiation OT-2-6 Rate of Decay OT-2-7 Disintegration Series OT-2-8 Radioactive Dating OT-2-9 Transmutation OT-2-10 Nuclear Fission OT-2-11 Nuclear Fusion Coordination Chemistry OT-3-1 d-block Metals OT-3-2 d-block Metal Ions OT-3-3 Coordination Chemistry Terminology OT-3-4 Nomenclature OT-3-5 Structures OT-3-6 Structural Isomerism OT-3-7 Stereoisomerism OT-3-8 Crystal Field Theory OT-3-9 Color 6
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