Station #12: Cupric Sulfate + Sodium Hydroxide by James - 1:30

Station #11: Sulfuric Acid + Sodium Hydroxide by James - 2:03

Station #10: Sodium Nitrate + Potassium Chloride by James - 1:27

Station #9: Sodium Hydroxide + Ammonium Nitrate by Marc - 2:19

Station #8: Calcium Chloride + Potassium Carbonate by Danielle - 2:03

Station #7: Iron + Cupric Sulfate by Danielle - 1:53

Station #6: Zinc + Hydrochloric acid by Marc - 1:59

Station #5: Calcium + Water by Marc - 3:50

Station #4: Electrolysis of Water by Danielle - 0:46

Station #3: Burning Methane by Cindy - 2:00

Station #2 - Burning a Candle by Cindy - 1:35

Station #1: Burning Magnesium Ribbon by Cindy - 3:31

1.09 - Atom Subatomic Particles Chemical Notation

1.08 - Daltons vs Modern Atomic Theory

1.07 - Atomic Theory of Matter

1.06 - Classifying Matter

1.05 - Physical vs Chemical Changes

1.02 - Using Measurements to Describe Matter

1.01 - Physical and Chemical Properties

1.16 - Drawing Lewis Dot Structures of Ionic and Covalent Compounds - 46:05

Lesson E7 - Cyclic Hydrocarbon Rings - 22:30

Lesson E6 - Naming & Drawing Alkyne Hydrocarbons - 24:39

Lesson E5 - Naming & Drawing Alkenes - 26:42

Lesson E4 - Naming & Drawing Alkanes - 36:00

Lesson E3 - Classifying Hydrocarbons Lecture - 6:39

Lesson E2 - Representing Hydrocarbons - 13:51

Lesson E1 - Introducing Organic Compounds Lecture - 8:02

4.10 - Gas Law Stoichiometry - 34:30

4.09 - Application of the Ideal Gas Law - 36:26

4.08 - The Ideal Gas Law Lecture - 57:39

4.07 - Dalton's Law of Partial Pressure Lecture

4.04 - Combined Gas Law Calculations Lecture - 23:42

4.03 - Gases and Temperature Changes (Charles & Gay-Lussacs Laws) Lecture - 38:23

4.02 - Gas Pressure and Volume (Boyle's Law) Lecture - 46:29

3.10 - Acid-Base Reactions Lecture

3.09 - Strong and Weak Acids & Bases

3.08 - Acid-Base Theories

The following video looks at the Arrhenius and Bronsted-Lowry Theories of Acids and Bases. We look at how acids and bases dissociate in solutions.

3.07 - Stoichiometry in Aqueous Solutions

3.06 - Reactions of Aqueous Solutions

3.05 - General Solubility Guidelines

3.04 - Preparing Solutions Lecture

3.03 - Concentration of Solutions: Molarity

This video looks at calculating m/m%, m/v%, v/v%, ppm/ppb and Molar Concentration (molarity)

3.02 - Factors That Affect Dissolving and Solubility Lecture

This video looks at the factors involved with dissolving and solubility as well as the dissociation of ions in hydration.

3.01 - Types of Solutions Lecture

2.09 - Percentage Yield: Actual & Theoretical

2.08 - The Limiting Reactant

The following video introduces the topic of the Limiting Reactant. For more Senior Chemistry lessons search "Papapodcasts" on iTunes. Thanks for watching.

2.07 - Stoichiometry

The following video looks at the steps to solving stoichiometric calculations. We will also work through several sample problems. For more Senior Chemistry podcasts search "Papapodcasts" on iTunes. Thanks for watching.

2.06 - Calculating Formulas of Hydrate Compounds

The following video is on calculating formulas of Hydrate compounds. For more science and math podcasts search Papapodcasts in iTunes

2.05 - Carbon Hydrogen Combustion Analyzer Calculations

The following video is making calculations for Carbon Hydrogen Combustion Analyzers. For more science and math podcasts search Papapodcasts in iTunes

2.04 - Calculating Empirical and Molecular Formulas of Compounds

This video is my lecture on calculating Empirical and Molecular Formulas of Compounds. For more video check me out on iTunes by searching "Papapodcasts".

2.03 - Percentage Composition

This video is my lecture on calculating Percentage Composition. For more video check me out on iTunes by searching "Papapodcasts".

2.02 - Calculating Molar Mass Lecture