Physics 10, 001 - Spring 2006 - UC Berkeley
Richard A. Muller

physics-10-001-spring2006-ucberkeley (26 files)
Physics 10 - Lecture 01 - Atoms and Heat-6ysbZ_j2xi0.mkv 149.94MB
Physics 10 - Lecture 02 - Atoms and Heat II-iGMVQU3sp1s.mp4 179.43MB
Physics 10 - Lecture 03 - Gravity and Satellites-XdoU2YQJvOg.mp4 195.94MB
Physics 10 - Lecture 04 - Gravity and Satellites II-fLjaVL26hzI.mkv 178.65MB
Physics 10 - Lecture 05 - Radioactivity-EVB0F7kORII.mp4 134.55MB
Physics 10 - Lecture 06 - Radioactivity II-EHwpqszz-Rc.mp4 184.34MB
Physics 10 - Lecture 07 - Nukes-5BHdsjo-NR4.mp4 206.46MB
Physics 10 - Lecture 08 - Review Session-6wR8LjNmSQ0.mkv 210.05MB
Physics 10 - Lecture 09 - Electricity and Magnetism-WxitGR-9qGA.mp4 201.14MB
Physics 10 - Lecture 10 - Electricity and Magnetism II-uL1Gez2cjGo.mkv 184.66MB
Physics 10 - Lecture 11 - - Waves I-EuhccACOd1U.mp4 198.01MB
Physics 10 - Lecture 12 - Waves II-DpzYofolK60.mp4 191.68MB
Physics 10 - Lecture 13 - Light I-Z0exIzsKuq8.mp4 208.23MB
Physics 10 - Lecture 14 - Light II-SJIvvvJg1Io.mkv 199.09MB
Physics 10 - Lecture 15 - Invisible Light I-61f6ACliV9Q.mkv 200.10MB
Physics 10 - Lecture 16 - Invisible Light II-7lTFIWR1_9Y.mkv 170.65MB
Physics 10 - Lecture 17 - Quantum I-rsnEUApVHgI.mkv 192.63MB
Physics 10 - Lecture 18 - Quantum II-fbiQ61NScU0.mkv 164.12MB
Physics 10 - Lecture 19 - Quantum III-0RrWEBDMo80.mkv 204.10MB
Physics 10 - Lecture 20 -- Quantum IV-yzP6TdBAIcU.mkv 199.62MB
Physics 10 - Lecture 21 - Review Session-7Kdq_1bcAYs.mkv 171.96MB
Physics 10 - Lecture 22 - Relativity-nNgzqpKZwhE.mkv 154.14MB
Physics 10 - Lecture 23 - Relativity II-lf0Wrgairfw.mkv 185.01MB
Physics 10 - Lecture 24 - Universe I-1sVPCT5qHM8.mkv 188.04MB
Physics 10 - Lecture 25 - Universe II-ERy-MTfgulc.mkv 175.41MB
Physics 10 - Lecture 26 - Review Session-FNCSIc9A-Vs.mkv 192.05MB
Type: Course
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Bibtex:
@article{,
license={Creative Commons 3.0: Attribution-NonCommercial-NoDerivs},
title= {Physics 10, 001 - Spring 2006 - UC Berkeley},
author= {Richard A. Muller},
keywords= {},
abstract= {The most interesting and important topics in physics, stressing conceptual understanding rather than math, with applications to current events. Topics covered may vary and may include energy and conservation, radioactivity, nuclear physics, the Theory of Relativity, lasers, explosions, earthquakes, superconductors, and quantum physics.},
terms= {}
}


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