This website is being built for the 4th edition of Conceptual Chemistry, which has a sequence of topics somewhat different from the 3rd edition. Shown below is a list of the videos as they appear for the third edition (CC3e). Beneath each listing is a hyperlink to the same video as organized by the 4th edition (available through this website).
It is expected that most students using the 3rd edition will be viewing the CCAlive videos through the DVD-rom that comes free with each 3rd edition textbook. The following CC3e to CC4e cross-references are being provided primarily for students who are unable to use the CC3e DVD-rom because of incompatibilities with Windows Vista.
CC3e Chapter 1 Chemistry Is a Molecular Science
CC3e Video Lesson 1.0a
2.1 Chapter 2 Introduction
CC3e Video Lesson 1.1a
1.1 Chemistry Is the Study of Matter
CC3e Video Lesson 1.2a
1.2 The Scientific Process Is Cyclic
CC3e Video Lesson 1.2b
1.3 Kai & Maile: Interview With Bill Baker
CC3e Video Lesson 1.3a
1.4 Unit Conversion
CC3e Video Lesson 1.4a
2.2 Distinguishing Mass, Weight, and Volume
CC3e Video Lesson 1.4b
2.3 Kai & Maile: Penny Fingers
CC3e Video Lesson 1.4c
2.4 Kai & Maile: Decisive Dimensions
CC3e Video Lesson 1.5a
2.6 It Takes Energy To Do Work
CC3e Video Lesson 1.6a
2.7 Temperature Measures Average Kinetic Energy
CC3e Video Lesson 1.6b
2.8 Thermometers Measure Temperature
CC3e Video Lesson 1.6c
2.9 The Tailor of Celsius!
CC3e Video Lesson 1.6d
2.10 Heat Flows From a High to Low Temperature
CC3e Video Lesson 1.7a
2.11 Phase Changes: A Submicroscopic View
CC3e Video Lesson 1.7b
CC3e Video Lesson 2.12 Organizing Phase Change Terms
CC3e Video Lesson 1.7c
2.13 Phase Change Demonstrations
CC3e Video Lesson 1.8a
2.5 Ways To Think About Density
Chapter 2 Elements of Chemistry
CC3e Video Lesson 2.0a
3.1 Chapter 3 Introduction
CC3e Video Lesson 2.1a
3.2 Understanding Physical Properties
CC3e Video Lesson 2.1b
3.3 Understanding Chemical Properties
CC3e Video Lesson 2.1c
3.4 Kai & Maile: Fire Water
CC3e Video Lesson 2.1d
3.5 Distinguishing Physical and Chemical Changes
CC3e Video Lesson 2.2a
3.9 Elements and the Periodic Table
CC3e Video Lesson 2.3a
3.10 Compounds are Made From Elements
CC3e Video Lesson 2.3b
3.11 Kai & Maile: Oxygen Bubble Burst
CC3e Video Lesson 2.3c
3.12 Naming Compounds
CC3e Video Lesson 2.4a
3.13 An Introduction to Mixtures
CC3e Video Lesson 2.4b
3.14 Separating Mixtures
CC3e Video Lesson 2.4c
3.15 Kai & Maile: Bottoms Up
CC3e Video Lesson 2.5a
3.16 Classifying Matter
Chapter 3 Discovering the Atom and Subatomic Particles
CC3e Video Lesson 3.1a
11.12 The Time and Space of Modern Chemistry
CC3e Video Lesson 3.2d
3.6 Kai & Maile: Air Out
CC3e Video Lesson 3.2a
3.7 Early Notions of Elements and Compounds
CC3e Video Lesson 3.2b
3.8 Breaking Compounds Into Elements
CC3e Video Lessons of Section 3.3 (Omitted)
CC3e Video Lesson 3.4a
4.3 The Cathode Ray Tube
CC3e Video Lesson 3.4b
4.4 The Oil Drop Experiment
CC3e Video Lesson 3.5a
4.5 The Discovery of the Atomic Nucleus
CC3e Video Lesson 3.5b
4.6 Atoms Are Spacious
CC3e Video Lesson 3.6a
4.7 Organizing the Subatomic Particles
CC3e Video Lesson 3.6b
4.8 Atomic Mass
CC3e Video Lesson 3.6c
1.5 Journey to an ACS Meeting
Chapter 4 The Atomic Nucleus
CC3e Video Lesson 4.0a
5.1 Chapter 5 Introduction
CC3e Video Lesson 4.1a
5.2 The Discovery of Radioactivity
CC3e Video Lesson 4.1b
5.3 Three Different Types of Radiation
CC3e Video Lesson 4.1c
5.4 Penetrating Powers of Radiation
CC3e Video Lesson 4.2a
5.5 Radiation Occurs Naturally
CC3e Video Lesson 4.3a
5.6 Field Trip to an Underground Aquifer
CC3e Video Lesson 4.4a
5.7 How the Nucleus Is Held Together
CC3e Video Lesson 4.4b
5.8 Neutrons Need Protons
CC3e Video Lesson 4.4c
5.9 The Size of the Nucleus Is Limited
CC3e Video Lesson 4.4d
5.10 A Friend Asked Me Once...
CC3e Video Lesson 4.5a
5.11 The Transformation of Elements
CC3e Video Lesson 4.6a
5.12 Half-Life Is a Measure of Radioactivity
CC3e Video Lesson 4.6b
5.13 Kai & Maile: Radioactive Paperclips
CC3e Video Lesson 4.7a
5.14 Radioactive Dating
CC3e Video Lesson 4.8a
5.15 Nuclear Fission
CC3e Video Lesson 4.8b
5.16 Nuclear Fission for Electricity
CC3e Video Lesson 4.8c
5.17 Benefits and Risks of Fission Power
CC3e Video Lesson 4.9a
5.18 Matter and Energy are Convertible
CC3e Video Lesson 4.9b
5.19 A Nucleon’s Mass Depends on Location
CC3e Video Lesson 4.10a
5.20 Fusion: The Combining of Nucleons
CC3e Video Lesson 4.10b
5.21 Thermonuclear Fusion
CC3e Video Lesson 4.10c
5.22 Fusion for Peaceful Purposes
Chapter 5 Atomic Models
CC3e Video Lesson 5.1a
4.1 Conceptual and Physical Models
CC3e Video Lesson 5.1b
4.2 Graphic Depictions Of Atoms
CC3e Video Lesson 5.2a
4.9 Electromagnetic Radiation
CC3e Video Lesson 5.2b
4.10 The Electromagnetic Spectrum
CC3e Video Lesson 5.2c
4.11 What Is White, What is Black?
CC3e Video Lesson 5.3a
4.12 Elemental Fingerprints
CC3e Video Lesson 5.0a
4.13 Kai & Maile: Fireworks In Waikiki
CC3e Video Lesson 5.4a
4.14 Niels Bohr's Planetary Model
CC3e Video Lesson 5.4b
4.15 Bohr's Explanation of Atomic Spectra
CC3e Video Lesson 5.5a
4.16 Wave Mechanics
CC3e Video Lesson 5.5b
4.17 The Formation Of Standing Waves
CC3e Video Lesson 5.5c
4.18 The 3-D Waves Of Electrons
CC3e Video Lesson 5.5d
4.19 Kai & Maile: Quantized Whistle
CC3e Video Lessons of Section 5.6 (omitted)
CC3e Video Lessons of Section 5.7 (omitted)
CC3e Video Lesson 5.8a
4.20 Periodic Trends
CC3e Video Lesson 5.8b
4.21 Atomic Size
CC3e Video Lesson 5.8c
4.22 Ionization Energy
Chapter 6 Chemical Bonding and Molecular Shapes
CC3e Video Lesson 6.0a
6.1 Chapter 6 Introduction
CC3e Video Lesson 6.1a
6.2 Valence Electrons
CC3e Video Lesson 6.2a
6.3 The Formation of Ions
CC3e Video Lesson 6.3a
6.4 The Formation of Ionic Compounds
CC3e Video Lesson 6.3b
6.5 Ionic Crystal Formation
CC3e Video Lesson 6.4a
6.6 Sharing Electrons
CC3e Video Lesson 6.4b
6.7 Covalent Bond Formation
CC3e Video Lesson 6.4c
6.8 Water, Ammonia, and Methane
CC3e Video Lesson 6.4d
6.9 Multiple Covalent Bonds
CC3e Video Lesson 6.5a
6.10 Introduction to VSEPR
CC3e Video Lesson 6.5b
6.11 What Is a “Substituent”?
CC3e Video Lesson 6.5c
6.12 Substituents Determine Geometry
CC3e Video Lesson 6.5d
6.13 Kai and Maile: Gumdrop Molecules
CC3e Video Lesson 6.6a
6.14 Even and Uneven Electron Sharing
CC3e Video Lesson 6.6b
6.15 Degrees of Polarity
CC3e Video Lesson 6.7a
6.16 Molecular Polarity and Nonpolarity
CC3e Video Lesson 6.7b
6.17 Kai and Maile: Grocery Store
Chapter 7 Molecular Mixing
CC3e Video Lesson 7.0a
7.1 Introduction
CC3e Video Lesson 7.1a
7.2 Ion/Dipole
CC3e Video Lesson 7.1b
7.3 Dipole/Dipole
CC3e Video Lesson 7.1c
7.4 Dipole/Induced–Dipole
CC3e Video Lesson 7.1d
7.5 Induced-Dipole/Induced-Dipole
CC3e Video Lesson 7.2a
7.6 Solutions
CC3e Video Lesson 7.2b
7.7 Terms to Describe Solutions
CC3e Video Lesson 7.2c
7.8 Molarity Is a Unit of Concentration
CC3e Video Lesson 7.2d
7.9 Kai & Maile: Measuring Solute
CC3e Video Lesson 7.3a
7.10 Solubility
CC3e Video Lesson 7.3b
7.11 Solubilities In Different Solvents
CC3e Video Lesson 7.3c
7.12 Solubility and Temperature
CC3e Video Lesson 7.3d
7.13 Kai & Maile: Chromatography
CC3e Video Lesson 7.4a
7.14 How Soap Works
CC3e Video Lesson 7.4b
7.15 What Is Hard Water?
CC3e Video Lesson 7.4c
7.16 Kai & Maile: Ocean Water
CC3e Video Lesson 7.4d
7.17 Kai & Maile: Odors
Chapter 8 Those Incredible Water Molecules
CC3e Video Lesson 8.0
8.0 Introduction
CC3e Video Lesson 8.1a
8.2 Water In Liquid And Solid Phase
CC3e Video Lesson 8.2a
8.3 Melting and Freezing Water
CC3e Video Lesson 8.2b
8.4 The Effects of Solutes in Water
CC3e Video Lesson 8.2c
8.5 Kai and Maile: Boiling Water
CC3e Video Lesson 8.2d
8.6 Water Density and Temperature
CC3e Video Lesson 8.3a
8.7 Water On The Surface
CC3e Video Lesson 8.3b
8.8 Capillary Action
CC3e Video Lesson 8.3c
8.9 Surface Tension Demonstration
CC3e Video Lesson 8.4a
8.10 Kai and Maile: Shrinking Ice Cubes
CC3e Video Lesson 8.4b
8.11 Evaporation
CC3e Video Lesson 8.4c
8.12 Condensation and Evaporation
CC3e Video Lesson 8.4d
8.13 Boiling
CC3e Video Lesson 8.5a
8.14 Specific Heat Capacity
CC3e Video Lesson 8.5b
8.15 Water’s High Specific Heat
CC3e Video Lesson 8.5c
8.16 Measuring Specific Heat
CC3e Video Lesson 8.5d
8.17 Flame Temperature Calculation
CC3e Video Lesson 8.6a
8.18 Energy and Phase Transformations
CC3e Video Lesson 8.6b
8.19 Going Between Liquid and Gas
CC3e Video Lesson 8.6c
8.20 Maile Walks Across Hot Coals
CC3e Video Lesson 8.6d
8.21 Kai’s Stiff Neck
Chapter 9 An Overview of Chemical Reactions
CC3e Video Lesson 9.0
9.1 Introduction
CC3e Video Lesson 9.1a
9.2 Chemical Equations
CC3e Video Lesson 9.1a
9.3 Balancing Chemical Equations
CC3e Video Lesson 9.2a
9.4 Relative Masses
CC3e Video Lesson 9.2b
9.5 Measuring Masses of Reactants
CC3e Video Lesson 9.2c
9.6 Converting Grams to Moles
CC3e Video Lesson 9.2d
9.7 Kai and Maile: Grams to Moles
CC3e Video Lesson 9.3a
9.11 Reaction Rates
CC3e Video Lesson 9.3b
9.12 Reacting Nitrogen and Oxygen
CC3e Video Lesson 9.3c
9.13 Activation Energy
CC3e Video Lesson 9.4a
9.14 How Catalysts Work
CC3e Video Lesson 9.4b
9.15 Catalysts Are Not Consumed
CC3e Video Lesson 9.4c
9.16 Kai and Maile: Kai The Catalyst
CC3e Video Lesson 9.5a
9.8 Bond Energies of a Reaction
CC3e Video Lesson 9.5b
9.9 Energies In Chemical Reactions
CC3e Video Lesson 9.5c
9.10 Kai and Maile: Rubbing Water
Chapter 10 Acids and Bases
CC3e Video Lesson 10.1a
10.2 Defining Acids and Bases
CC3e Video Lesson 10.1b
10.3 Acid/Base Is a Behavior
CC3e Video Lesson 10.1c
10.4 Salts are From Acids and Bases
CC3e Video Lesson 10.1d
10.5 Neutralization Reactions
CC3e Video Lesson 10.2a
10.6 Strong Acids From Lots of Ions
CC3e Video Lesson 10.2b
10.7 Weak Acids Form Few Ions
CC3e Video Lesson 10.3a
10.8 pH and Logarithms
CC3e Video Lesson 10.3b
10.9 The pH Scale and Meter
CC3e Video Lesson 10.3c
10.10 Kai and Maile: Red Cabbage
CC3e Video Lesson 10.4a
10.13 Kai and Maile: Beach Sand
CC3e Video Lesson 10.4b
10.14 Acid Rains and Basic Oceans
CC3e Video Lesson 10.4c
10.15 Global Cycles of Carbon Dioxide
CC3e Video Lesson 10.4d
10.16 Kai and Maile: Removing Eggshell
CC3e Video Lesson 10.5a
10.11 Buffers Resist Changes in pH
CC3e Video Lesson 10.5b
10.12 Basics of Buffering Systems
Chapter 11 Oxidations and Reductions
CC3e Video Lesson 11.1a
11.2 Defining Oxidation and Reduction
CC3e Video Lesson 11.2b
11.3 Kai and Maile: Silver Lining
CC3e Video Lesson 11.3a
11.4 Getting Electrons to Flow
CC3e Video Lesson 11.3b
11.5 Dry-Cell and Car Batteries
CC3e Video Lesson 11.3c
11.6 Fuel Cells Are Remarkable
CC3e Video Lesson 11.3d
11.7 Chemicals From Electricity
CC3e Video Lesson 11.4a
11.8 Kai and Maile: Biting Aluminum
CC3e Video Lesson 11.4b
11.9 Corrosion: Oxidation of Metals
CC3e Video Lesson 11.4c
11.10 Electroplating to Protect Metals
CC3e Video Lesson 11.4d
11.11 Combustion: Oxidation of Nonmetals
Chapter 12 Organic Chemistry
CC3e Video Lesson 12.1a
12.2 About Organic Chemistry
CC3e Video Lesson 12.1b
12.3 Hydrocarbons
CC3e Video Lesson 12.1c
12.4 Conformation and Configuration
CC3e Video Lesson 12.1d
12.5 Where Do Hydrocarbons Come From?
CC3e Video Lesson 12.2a
12.6 Saturated and Unsaturated
CC3e Video Lesson 12.3a
12.7 Functional Groups
CC3e Video Lesson 12.3b
12.8 Alcohols Have a Hydroxyl Group
CC3e Video Lesson 12.3c
12.9 Phenols, Ethers, and Amines
CC3e Video Lesson 12.3d
12.10 Compounds With a Carbonyl
CC3e Video Lesson 12.4a
12.11 Addition Polymers
CC3e Video Lesson 12.4b
12.12 Condensation Polymers
CC3e Video Lesson 12.4c
12.13 Kai and Maile: Racing Water Drops
CC3e Video Lesson 12.4d
12.14 Epilogue