Lectures (Video)
- 1. Energy, Power, and Explosions
- 2. Oil, Coal, Batteries, Solar Cells
- 3. Atoms and Heat - Thermal Expansion
- 4. Engines and Refrigerators. Efficiency
- 5. Gravity and Satellites. Weightlessness
- 6. Orbits, Airplanes, Rockets, Balloons
- 7. Radioactivity, Cancer, Dirty Bombs
- 8. Plutonium, Fission, Fusion
- 9. Chain Reactions, Critical Mass
- 10. Nuclear Bombs, Reactors, Waste
- 11. More Nukes
- 12. Electricity and Magnetism
- 13. Transformers, Superconductors, AC-DC
- 14. Waves, UFOs, Roswell, Earthquakes
- 15. Sound and Music
- 16. Light, Information Theory, Vision
- 17. Images, Lenses, Holograms, Polaroids
- 18. Invisible Light: IR, UV, Spying
- 19. X-rays, PET and CAT scans, MRI
- 20. Global Warming. Greenhouse Effect
- 21. Climate Change. Sea Level. Storms
- 22. Quantum Physics. Uncertainty. Lasers
- 23. Transistors, Solar Cells, Xerox, Digital Photos
- 24. Relativity. Time Dilation, Space Contraction
- 25. E = mc^2, Antimatter, Tachyons, Causality
- 26. The Universe. Planets, Galaxies, Wimps and Machos
- 27. The Big Bang. Hubble Law, Dark Matter, Dark Energy
- 28. Final Review Part 1
- 29. Final Review Part 2
Introduction to Physics - Lecture 4
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Lecture 4 - Engines and Refrigerators. Efficiency
Engines and Refrigerators. Efficiency
Prof. Richard Muller
Physics 10/LS C70V Descriptive Introduction to Physics, Spring 2008 (University of California, Berkeley: Webcast.Berkeley) http://webcast.berkeley.edu Date accessed: 2009-04-11 License: Creative commons BY-NC-ND 2.5 |
