Name | DL | Torrents | Total Size | Video Lectures [edit] | 155 | 727.63GB | 3096 | 0 |
MIT OCW 8.03 - Physics III Vibrations and Waves (25 files)
readme.txt | 1.38kB |
ocw-8.03-lec-mit-0023.MP4 | 114.79MB |
ocw-8.03-lec-mit-0022.MP4 | 120.37MB |
ocw-8.03-lec-mit-0021.MP4 | 120.13MB |
ocw-8.03-lec-mit-0020.MP4 | 111.13MB |
ocw-8.03-lec-mit-0019.MP4 | 117.25MB |
ocw-8.03-lec-mit-0017.MP4 | 112.27MB |
ocw-8.03-lec-mit-0018.MP4 | 119.15MB |
ocw-8.03-lec-mit-0016.MP4 | 112.35MB |
ocw-8.03-lec-mit-0014.MP4 | 112.62MB |
ocw-8.03-lec-mit-0015.MP4 | 114.41MB |
ocw-8.03-lec-mit-0013.MP4 | 110.75MB |
ocw-8.03-lec-mit-0012.MP4 | 115.20MB |
ocw-8.03-lec-mit-0011.MP4 | 108.87MB |
ocw-8.03-lec-mit-0010.MP4 | 113.26MB |
ocw-8.03-lec-mit-0009.MP4 | 117.19MB |
ocw-8.03-lec-mit-0008.MP4 | 112.36MB |
ocw-8.03-lec-mit-0007.MP4 | 115.53MB |
ocw-8.03-lec-mit-0006.MP4 | 118.36MB |
ocw-8.03-lec-mit-0005.MP4 | 114.82MB |
ocw-8.03-lec-mit-0004.MP4 | 113.02MB |
ocw-8.03-lec-mit-0003.MP4 | 102.04MB |
ocw-8.03-lec-mit-0002.MP4 | 118.61MB |
ocw-8.03-lec-mit-0001.MP4 | 116.70MB |
8-03Fall-2004.zip | 4.96MB |
Type: Course
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Bibtex:
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Bibtex:
@article{, title= {MIT OCW 8.03 - Physics III - Vibrations and Waves}, journal= {}, author= {Walter Lewin}, year= {2004}, url= {http://ocw.mit.edu/}, license= {}, abstract= {Course Description ------------------ 8.03 Classical theory of vibration and waves. In addition to the traditional topics of mechanical vibrations and waves, coupled oscillators, and electro-magnetic radiation, students will also learn about musical instruments, red sunsets, glories, coronae, rainbows, haloes, X-ray binaries, neutron stars, black holes and big-bang cosmology. Highlights of this Course ------------------------- This course features a full set of lecture videos, as well as assignments, exams, and other course materials. This is a full set of video lectures, recorded at MIT. The home page of the original lectures can be found at MIT OCW. This torrent is just a transcode of the original 220 Kbps .rm files to mpeg4, 15 fps, 320 x 240 h.264 @ 144 Kbps, with 32 Kbps mono AAC sound, so that it can for example be easily played on a phone during your daily commute.}, keywords= {}, terms= {} }