Chemistry with Dr. Michael Russell Summer 2010

This video offers a few tips and tricks on how to prepare for lecture final exam and the lab final exam in CH 222.

Chemistry 222 Lecture from July 15, 2010 covering material from Chapter 21 of our textbook.

A screencast from Chapter 21 in CH 222 which discusses the idea of nuclear stability - i.e. why some nuclei are stable and why some decompose over time.

A screencast from Chapter 21 in CH 222 which investigates methods used to balance nuclear reactions.

A screencast from Chapter 21 in CH 222 which introduces the idea of nuclear reactivity and how it differs from past chapters.

A screencast from Chapter 14 in CH 222 which discusses the use of catalysts in reactions.

A screencast from Chapter 14 in CH 222 which examines the mechanism for a reaction and what they can mean to the chemist.

A screencast from Chapter 14 in CH 222 which looks at the energy of activation for a reaction.

A screencast from Chapter 14 in CH 222 which discusses half life (and even another method to find the value of k in a reaction.)

A screencast from Chapter 14 in CH 222 which looks at methods to find the value of the rate constant, k.

A screencast from Chapter 14 in CH 222 which examines the rate law, an equation to find the factors which affect the rate of a reaction.

A screencast from Chapter 14 in CH 222 which discusses the nature of kinetics, especially with relation to thermodynamics.

This is the video introduction to Chapter Guide Lesson Six (which covers Chapters Fourteen and Twenty-one in our textbook) for Chemistry 222.

This is the audio introduction to Chapter Guide Lesson Six (which covers Chapters Fourteen and Twenty-one in our textbook) for Chemistry 222.

This video offers a few tips and tricks on how to prepare for Class Presentations in CH 222.

Part 2 of 2 Chemistry 222 Lecture from July 13, 2010 covering material from Chapter 14 of our textbook.

Part 1 of 2 Chemistry 222 Lecture from July 13, 2010 covering material from Chapter 14 of our textbook.

This video offers a few tips and tricks on how to prepare for the second midterm exam in CH 222.

Part 2 of 2 Chemistry 222 Lecture from July 8, 2010 covering material from Chapter 13 of our textbook.

Part 1 of 2 Chemistry 222 Lecture from July 8, 2010 covering material from Chapter 13 of our textbook.

A screencast from Chapter 11 in CH 222 which examines osmosis and osmotic pressure in solutions.

A screencast from Chapter 11 in CH 222 which discusses boiling point elevation and freezing point depression for solutions.

A screencast from Chapter 11 in CH 222 which looks at Henry's Law and Raoult's Law.

A screencast from Chapter 11 in CH 222 which examines calculations based on solutions.

A screencast from Chapter 13 in CH 222 which introduces solutions and their properties.

A screencast from Chapter 11 in CH 222 that talks about critical temperature and pressure.

A screencast from Chapter 11 in CH 222 which looks at phase diagrams.

A screencast from Chapter 11 in CH 222 which discusses calculations relating to solid compounds.

A screencast from Chapter 11 in CH 222 which introduces solids.

A screencast from Chapter 11 in CH 222 which examines surface tension, capillary action and viscosity

A screencast from Chapter 11 in CH 222 which discusses boiling liquids and the relation to vapor pressure.

A screencast from Chapter 11 in CH 222 which examines liquids and their properties.

This is the video introduction to Chapter Guide Lesson Five (which covers Chapters Eleven and Thirteen in our textbook) for Chemistry 222.

This is the audio introduction to Chapter Guide Lesson Five (which covers Chapters Eleven and Thirteen in our textbook) for Chemistry 222.

Part 2 of 2 Chemistry 222 Lecture from July 6, 2010 covering material from Chapter 11 of our textbook.

Part 1 of 2 Chemistry 222 Lecture from July 6, 2010 covering material from Chapter 11 of our textbook.

A screencast from Chapter 11 in CH 222 which looks at the weakest (but still important) intermolecular forces, specifically dipole-induced dipole and induced dipole-induced dipole (which is also known as London forces or dispersion forces, etc.)

A screencast from Chapter 11 in CH 222 which looks at the more intermolecular forces, namely dipole-dipole and the (very important!) hydrogen bonding forces.

A screencast from Chapter 11 in CH 222 which looks at the most powerful intermolecular forces, namely ion-ion / metallic and ion-dipole.

A screencast from Chapter 10 in CH 222 which discuses diffusion and effusion with respect to gases.

A screencast from Chapter 10 in CH 222 which examines how the kinetic molecular theory helps explain the behavior of gases.

A screencast from Chapter 10 in CH 222 that examines PM = dRT, an equation which relates the density of a gas to the molar mass of the gas.

A screencast from Chapter 10 in CH 222 which examines the ideal gas law, the most important equation of this chapter. Make sure you memorize the value of R!

A screencast from Chapter 10 in CH 222 which looks at the relationships between the properties of gases, specifically Boyle's and Charles's Laws.

A screencast from Chapter 10 in CH 222 which looks at pressure and units used to definite its intensity.

This is the video introduction to Chapter Guide Lesson Four (which covers Chapters Ten and Eleven in our textbook) for Chemistry 222.

This is the audio introduction to Chapter Guide Lesson Four (which covers Chapters Ten and Eleven in our textbook) for Chemistry 222.

This video offers a few tips and tricks on how to prepare for the first midterm exam in CH 222.

Part 2 of 2 Chemistry 222 Lecture from June 29, 2010 covering material from Chapter 10 of our textbook.

Part 1 of 2 Chemistry 222 Lecture from June 29, 2010 covering material from Chapter 10 of our textbook.