3.06.2 - Total Ionic Equations - Student Question

3.03b - % m/v m/m v/v Concentrations

Lesson E18: Alcohol Functional Group

Lesson E17: Introduction to the Functional Groups

1.21 - Molecular Polarity

Lesson E15: Reactions of Alkene & Alkynes - Addition Reactions

Lesson E14: Reactions of Alkanes - Substitution Reactions

Lesson E11

Lesson E11 - Aldehydes & Ketones - 19:53

Lesson F5 - Hess's Law of Heat Summation - 37:21

Lesson F4: Representing Enthalpy Changes - 44:28

The following videos are based on the Senior Chemistry Unit.

6.03 - Molar Enthalpies Part 2 - 24:49

6.02 - Molar Enthalpies Part 1 - 22:18

6.01 - Changes in Matter and Energy: Intro to Enthalpy - 41:19

Lewis Dot

Lewis Dot Diagram of Phosphate Ion - 10:50

Link to Lap Report: http://bit.ly/hXrYav Please print this lab report and bring it with you on the day that you will be conducting this lab in class.STS: Student Teaching Students: The LabsSafety Cindy welcomes Hot Jazz, Cool Dani, and Master James to help her explain the procedures involved with the Formation of a Hydrate Lab. Watch this video, acquaint yourself with the materials and procedures so that your lab with run smoothly. Remember to follow proper safety procedures. Do not attempt this without the proper guidance and supervision of a qualified science teacher.

Link to Lap Report: <a href="http://bit.ly/hXrYav" rel="nofollow" target="_blank">http://bit.ly/hXrYav</a> Please print this lab report and bring it with you on the day that you will be conducting this lab in class. STS: Student Teaching Students: The Labs Safety Cindy welcomes Hot Jazz, Cool Dani, and Master James to help her explain the procedures involved with the Formation of a Hydrate Lab. Watch this video, acquaint yourself with the materials and procedures so that your lab with run smoothly. Remember to follow proper safety procedures. Do not attempt this without the proper guidance and supervision of a qualified science teacher.

Lab STS: Formation of Hydrate Lab

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

Cupric Sulfate

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

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

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

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

His Juniors and Seniors will be SO happy they had him for a teacher at the high school level its not even funny.  Way better than a tutor at the college level and actually explains the concepts with practice problems to his students while understanding that this material is brand new to them.

You don&#39;t find this very often with college profs. They expect your book and notes to do the teaching and they are the guides.  

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Senior Chemistry

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

Lesson E1 - Introducing Organic Compounds Lecture - 8:02

KEY CONCEPTS:STP - Standard Temperature and PressureKelvin scale for Temperature

KEY CONCEPTS: STP - Standard Temperature and Pressure Kelvin scale for Temperature

4.05 - Introduction to Gas Laws - 5:13

1.01 - Physical and Chemical Properties

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.

2.07 - Stoichiometry

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.

3.08 - Acid-Base Theories

2.02 - Calculating Molar Mass Lecture

KEY CONCEPTS:Boyle's Law: Pressure and Volume inversely proportional when Temperature is constantCharles's Law: Volume and Temperature directly proportional when Pressure is constantGay-Lussac's Law: Pressure and Temperature directly proportional when Volume is constantCombined Gas Law: Combines ALL 3 equations into 1NOTE: Initial terms on left of equal sign and final terms on the right

KEY CONCEPTS: Boyle's Law: Pressure and Volume inversely proportional when Temperature is constant Charles's Law: Volume and Temperature directly proportional when Pressure is constant Gay-Lussac's Law: Pressure and Temperature directly proportional when Volume is constant Combined Gas Law: Combines ALL 3 equations into 1 NOTE: Initial terms on left of equal sign and final terms on the right

4.06 - Gas Laws Overview - 6:49

Avogadro Constant

This video is my lecture on the Avogadro constant and its relationship with the mole. For more video check me out on iTunes by searching "Papapodcasts".

2.01 - Avogadro Constant & the Mole

1.07 - Atomic Theory of Matter

1.13 - Periodic Table Trends: Atomic Size, Ionization Energy & Electron Affinity

4.07 - Dalton's Law of Partial Pressure Lecture

1.20 - Electron Configuration

Lesson E2 - Representing Hydrocarbons - 13:51

4.08 - The Ideal Gas Law Lecture - 57:39

3.05 - General Solubility Guidelines

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

1.09 - Atom Subatomic Particles Chemical Notation

4.10 - Gas Law Stoichiometry - 34:30

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

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