|
Notes on Viewing
Berkeley Lectures
These
webcasts from the campus of the University of California at Berkeley are
not studio-quality productions. They are archived videos that were
recorded during actual classroom sessions. This is good in some ways.
For example, you are privileged to enjoy the spontaneity of a real
classroom setting. But on the other hand, you will also find periods of
time devoted to class announcements and other "housekeeping" chores.
To get the most from these videos, you
should view them at least twice. The first time, look for the highlights
of the lecture and take superficial notes. After looking over your
notes, and perhaps Googling some of the terms and expressions that are
new to you, watch the lecture a second time. This time, take more
detailed notes, and be prepared to start/stop and back up the video.
There is probably little gained by
watching the video more than two or three times.
Free-Ed.Net is not endorsed by nor
affiliated in any way with the University of California. |
This is a video lecture series from the campus of
the University of California at Berkeley. Presented during the fall semester of
2007, it is described as covering "Stoichiometry of chemical
reactions, quantum mechanical description of atoms, the elements and periodic
table, chemical bonding, real and ideal gases, thermochemistry, introduction to
thermodynamics and equilibrium, acid-base and solubility equilibria,
introduction to oxidation-reduction reactions."
- Select a lecture topic and click the
corresponding
button to begin the presentation.
- Use your browser's back function to return to this page.
 |
1. |
Introduction |
 |
2. |
Eight is Enough: Chemical Bonds |
 |
3. |
Electronic Glue: Bonding Types |
 |
4. |
Molecular Shapes |
 |
5. |
Molecules in Motion: Ideal Gases |
 |
6. |
It's Just a Phase: Real Gases |
 |
7. |
Attrative Molecules: Liquids and Solutions |
 |
8. |
Big Molecules: Solids |
 |
9. |
Got Electrons? Chemical Reactions |
 |
10. |
Sextillion: Reaction Stoichiometry |
 |
11. |
Back it Up: Reversibility |
 |
12. |
Special K Equilibrium |
 |
13. |
How Pushy: LeChatelier's Principle |
 |
14. |
Too Full: Two Phase Equilibria |
 |
15. |
Finding Solutions: Solubility Equilibria |
 |
16. |
Heartburn: Acids and Bases |
 |
17. |
Basically Weak: Weak Acids and Bases |
 |
18. |
Neutral Territory - Acid-Based Reactions |
 |
19. |
How Resilient: Buffers |
 |
20. |
Research Project - Midterm Review |
 |
21. |
Point of View - Heat Transfer |
 |
22. |
The Heat is on Heat Capacity |
 |
23. |
Fuelish Choices: Heats of Reaction |
 |
24. |
Make It or Break It: Bond Energy |
 |
25. |
Get Over It: Reaction Rates |
 |
26. |
What a Mess: Energy Dispersal |
 |
27. |
Which Way: Enthalpy vs. Entropy |
 |
28. |
How Far: Gibbs Energy |
 |
29. |
Make It Work: Heat and Work |
 |
30. |
Feel the Power: Energy Sources |
 |
31. |
How Absorbing: Light and Color |
 |
32. |
Technicolor Atoms: Models of the Atom |
 |
33. |
Electron Clouds: Quantum Model |
 |
34. |
My Space: Atomic Orbitals |
 |
35. |
Breaking the code: Periodic Table |
 |
36. |
Housing Co-op: Molecular Orbitals |
 |
37. |
Dying to Know: Dye Molecules |
 |
38. |
Colorful Cations: Transition Metals |
 |
39. |
Now You See: Spectroscopy |
 |
40. |
Photosynthesis Energy Biosciences |
|