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General Chemistry I

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Class 1: Introduction to the Central Science

Module 1: Preparation Module

Module 2: Meet Jim Davis

Module 3: Introduction to the Course

Module 4: Elements and Compounds

Module 5: Properties of Matter

Module 6: Classification of Matter; Separations

Module 7: Logan McCarty & Interactive Modules

Module 8: Introducing Properties of Matter

Module 9: Temperature

Module 10: Units

Module 11: Dimensional Analysis

Module 12: Unit Conversions

Module 13: Uncertainty in Measurement

Module 14: Significant Figures

Class 2: Atoms, Molecules, Ions, & Formulas

Module 1: Preparation Module

Module 2: Preview

Module 3: Dalton's Atomic Theory

Module 4: Intro to Modern Atomic Theory

Module 5: The Periodic Table

Module 6: Subatomic Particles

Module 7: Molecular Compounds

Module 8: Ionic Compounds

Module 9: Naming Inorganic Compounds

Module 10: Nomenclature

Class 3: Stoichiometry I

Module 1: Preparation Module

Module 2: Preview

Module 3: Chemical Equations

Module 4: Lab Demo: Types of Reactions

Module 5: Chemical Reactions

Module 6: Atomic Masses

Module 7: Molecular and Molar Masses

Module 8: Formulas and Chemical Equations

Module 9: Percentage Composition

Module 10: The Mole

Module 11: Mole Calculations

Class 4: Stoichiometry II

Module 1: Preparation Module

Module 2: Preview

Module 3: Empirical Formulas from Analyses

Module 4: Combustion Analysis

Module 5: Percent Composition

Module 6: Information from Balanced Equations

Module 7: Stoichiometry

Module 8: Limiting Reactants

Module 9: Limiting Reactant Calculations

Class 5: Aqueous Reactions

Module 1: Preparation Module

Module 2: Preview

Module 3: General Properties of Aqueous Solutions

Module 4: Precipitation Reactions

Module 5: Interpreting Net Ionic Equations

Module 6: Acid/Base Reactions

Module 7: Writing Net Ionic Equations

Module 8: Reduction/Oxidation Reactions (Redox)

Module 9: Oxidation States

Class 6: Concentrations and Molarity

Module 1: Preparation Module

Module 2: Preview

Module 3: Concentrations of Solutions

Module 4: Concentrations

Module 5: Calculations Using Molarity

Module 6: Dilution Calculations

Module 7: Dilutions

Module 8: Molarity in Chemical Reactions

Module 9: Titrations

Module 10: Titration Calculations

Class 7: Thermochemistry I

Module 1: Preparation Module

Module 2: Preview

Module 3: Kinetic and Potential Energy

Module 4: Heat and Work

Module 5: Calculating Heat

Module 6: The First Law of Thermodynamics

Module 7: State Functions and Path Functions

Module 8: Internal Energy, Enthalpy and Heat

Module 9: Units and Variables

Module 10: Measurement of Heat: Calorimetry

Module 11: Calorimetry

Class 8: Thermochemistry II

Module 1: Preparation Module

Module 2: Preview

Module 3: Lab Demo: Enthalpies of Reaction

Module 4: Properties of State Functions

Module 5: Hess's Law

Module 6: Standard Enthalpies of Formation

Module 7: DH of Formation and Hess's Law

Module 8: Energy Values of Foods and Fuels

Module 9: Foods, Fuels, Units

Class 9: Gases I

Module 1: Preparation Module

Module 2: Preview

Module 3: The Atmosphere

Module 4: The Barometer

Module 5: Units Review

Module 6: The Manometer

Module 7: Empirical Gas Laws

Module 8: The Ideal Gas Equation

Module 9: The Ideal Gas Equation Calculations

Module 10: Dalton's Law of Partial Pressures

Module 11: Gas Laws

Module 12: Mole Fractions, Partial Pressures

Class 10: Gases II

Module 1: Preparation Module

Module 2: Preview

Module 3: Kinetic Ideal Gas Law

Module 4: Kinetic Derivation of Pressure

Module 5: Root Mean Square Speed

Module 6: Kinetic Energy

Module 7: Kinetic Theory

Module 8: Graham's Law of Effusion

Module 9: RMS, Kinetic Energy, Effusion

Module 10: Diffusion and Mean Free Path

Module 11: Distribution of Molecular Speeds

Module 12: Deviations from Ideal Behavior

Module 13: Real Gases

Class 11: Electronic Structure of Atoms I

Module 1: Preparation Module

Module 2: Preview

Module 3: The Wave Nature of Light

Module 4: Lab Demo: Flame Tests for Metals

Module 5: The Discovery of the Electron

Module 6: Radioactivity

Module 7: Rutherford and the Nuclear Atom

Module 8: The Photoelectric Effect

Module 9: Wave Nature of Light Applications

Module 10: Bohr's Model of the Hydrogen Atom

Module 11: The Wave Nature of Matter

Module 12: Quantum Mechanics

Module 13: Wave Nature of Matter Applications

Class 12: Electronic Structure of Atoms II

Module 1: Preparation Module

Module 2: Preview

Module 3: The Schrodinger Equation

Module 4: Quantum Numbers

Module 5: Representation of Orbitals

Module 6: Interpreting Quantum Numbers

Module 7: Atomic Orbitals

Module 8: Aufbau and Electron Configurations

Module 9: Electron Configurations

Module 10: Periodic Properties

Class 13: Periodic Properties of the Elements

Module 1: Preparation Module

Module 2: Preview

Module 3: The Periodic Law and Electron Shells

Module 4: Atomic Sizes

Module 5: Ionization Energies

Module 6: Electron Affinities

Module 7: Periodic Trends I

Module 8: Metals, Nonmetals and Metalloids

Module 9: Periodic Trends II

Module 10: Group Trends for the Active Metals

Module 11: Properties of Hydrogen and Oxygen

Module 12: Carbon, Nitrogen, Phosphorus, & Arsenic

Module 13: Oxygen Family, Halogens, & Noble Gases

Module 14: Group Trends

Class 14: Chemical Bonding I

Module 1: Preparation Module

Module 2: Preview

Module 3: Introduction to Chemical Bonding

Module 4: Ionic bonding

Module 5: The Born Haber Cycle

Module 6: Sizes of Ions

Module 7: Electron Configurations of Ions

Module 8: Covalent Bonding; Sharing of Electrons

Module 9: Lewis Structures

Module 10: Bond Polarity and Electronegativity

Module 11: Dipole Moments

Module 12: Polarity and Dipole Moments

Class 15: Chemical Bonding II

Module 1: Prepratory Module

Module 2: Preview

Module 3: Rules for Drawing Lewis Structures

Module 4: Examples of Lewis Structures

Module 5: Octet Lewis Structures

Module 6: Formal Charge

Module 7: Formal Charge Calculations

Module 8: Resonance Structures

Module 9: Some Exceptions to the Octet Rule

Module 10: Non-octet Lewis Structures

Module 11: Bond Dissociation Enthalpies

Module 12: Enthalpies of Reactions

Module 13: Bond Dissociation Enthalpies

Class 16: Molecular Geometry & Bonding I

Module 1: Preparation Module

Module 2: Preview

Module 3: Molecular Shapes & VSEPR I

Module 4: Molecular Shapes & VSEPR II

Module 5: VSEPR for Expanded Octet Molecules

Module 6: Uses of VSEPR

Module 7: Molecular Geometries

Module 8: Polarity of Polyatomic Molecules

Module 9: Molecular Geometries of Ions

Module 10: Covalent Bonding & Orbital Overlap

Module 11: Hybrid Orbitals

Module 12: Hybridization for Expanded Octets

Module 13: Hybridization of Orbitals

Class 17: Molecular Geometry & Bonding II

Module 1: Preparation Module

Module 2: Preview

Module 3: Multiple Bonds

Module 4: s and p Bonds, Hybridization

Module 5: Delocalized p Bonds and Resonance

Module 6: Delocalization and Resonance

Module 7: Bonding and Antibonding Orbitals

Module 8: MO's-First Period Diatomic Molecules

Module 9: MO's-Second Period Diatomic Molecules

Module 10: Molecular Orbitals

Module 11: Lab Demo: Paramagnetism

Module 12: Application of MO Theory

Class 18: Intermolecular Forces I

Module 1: Preparation Module

Module 2: Preview

Module 3: States of Matter

Module 4: Gases, Liquids, Solids

Module 5: Ionic Forces, Ion-Dipole Forces

Module 6: Dipole, Induced Dipole, & London Forces

Module 7: Hydrogen Bonding

Module 8: Boiling Points and Intermolecular Forces

Module 9: Boiling Point Trends

Module 10: Some Properties of Liquids

Module 11: Types of Intermolecular Forces

Class 19: Intermolecular Forces II

Module 1: Preparation Module

Module 2: Preview

Module 3: Phase Changes

Module 4: Heating Curves

Module 5: Equilibrium and Vapor Pressure

Module 6: Interpreting Heating Curves

Module 7: Phase Diagrams

Module 8: Interpreting Phase Diagrams

Module 9: Structures of Solids

Module 10: X-ray Crystallography & Crystal Density

Module 11: Other Unit Cells & Closest Packing

Module 12: Crystal Structures

Module 13: Ionic and Molecular Crystals

Module 14: Covalent Network and Metallic Crystals

Class 20: Solutions

Module 1: Preparation Module

Module 2: Preview

Module 3: The Solution Process

Module 4: Solubility and Saturated Solutions

Module 5: Gas Solubility and Henry's Law

Module 6: Ways of Expressing Concentration

Module 7: Concentration Conversions

Module 8: Introducing Colligative Properties

Module 9: More Colligative Properties

Module 10: Osmotic Pressure

Module 11: Applications of Osmotic Pressure

Module 12: Colligative Property Equations

Module 13: Determination of Molar Mass

Module 14: Colligative Properties

Module 15: Colloids

Module 16: Course Good-bye

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