MIT OCW 8.01 - Physics I Classical Mechanics (37 files)
 readme.txt | 1.81kB |
| ocw-8.01-lec-mit-0035.MP4 | 62.12MB |
| ocw-8.01-lec-mit-0034.MP4 | 67.13MB |
| ocw-8.01-lec-mit-0033.MP4 | 74.11MB |
| ocw-8.01-lec-mit-0032.MP4 | 68.76MB |
| ocw-8.01-lec-mit-0031.MP4 | 68.40MB |
| ocw-8.01-lec-mit-0030.MP4 | 69.69MB |
| ocw-8.01-lec-mit-0029.MP4 | 69.60MB |
| ocw-8.01-lec-mit-0028.MP4 | 68.81MB |
| ocw-8.01-lec-mit-0027.MP4 | 68.59MB |
| ocw-8.01-lec-mit-0026.MP4 | 70.00MB |
| ocw-8.01-lec-mit-0025.MP4 | 67.78MB |
| ocw-8.01-lec-mit-0024.MP4 | 69.64MB |
| ocw-8.01-lec-mit-0023.MP4 | 73.76MB |
| ocw-8.01-lec-mit-0022.MP4 | 59.82MB |
| ocw-8.01-lec-mit-0021.MP4 | 66.64MB |
| ocw-8.01-lec-mit-0020.MP4 | 75.44MB |
| ocw-8.01-lec-mit-0019.MP4 | 60.87MB |
| ocw-8.01-lec-mit-0018.MP4 | 69.40MB |
| ocw-8.01-lec-mit-0017.MP4 | 67.81MB |
| ocw-8.01-lec-mit-0016.MP4 | 68.85MB |
| ocw-8.01-lec-mit-0015.MP4 | 72.34MB |
| ocw-8.01-lec-mit-0014.MP4 | 68.98MB |
| ocw-8.01-lec-mit-0013.MP4 | 71.95MB |
| ocw-8.01-lec-mit-0012.MP4 | 69.43MB |
| ocw-8.01-lec-mit-0011.MP4 | 68.38MB |
| ocw-8.01-lec-mit-0010.MP4 | 69.96MB |
| ocw-8.01-lec-mit-0009.MP4 | 70.10MB |
| ocw-8.01-lec-mit-0008.MP4 | 66.63MB |
| ocw-8.01-lec-mit-0007.MP4 | 70.09MB |
| ocw-8.01-lec-mit-0006.MP4 | 69.08MB |
| ocw-8.01-lec-mit-0005.MP4 | 71.14MB |
| ocw-8.01-lec-mit-0004.MP4 | 72.90MB |
| ocw-8.01-lec-mit-0003.MP4 | 68.53MB |
| ocw-8.01-lec-mit-0002.MP4 | 71.54MB |
| ocw-8.01-lec-mit-0001.MP4 | 57.07MB |
| 8-01Fall-1999.zip | 7.09MB |
Type: Course
Tags:
Bibtex:
Tags:
Bibtex:
@article{,
title= {MIT OCW 8.01 - Physics I - Classical Mechanics},
journal= {},
author= {Walter Lewin},
year= {1999},
url= {},
license= {BY-NC-SA},
abstract= {This is a full set of video lectures, recorded at MIT. The home page of the original lectures can be found at MIT OCW: http://ocw.mit.edu/
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.
Course description
-------------------
8.01 is a first-semester freshman physics class in Newtonian Mechanics, Fluid Mechanics, and Kinetic Gas Theory. In addition to the basic concepts of Newtonian Mechanics, Fluid Mechanics, and Kinetic Gas Theory, a variety of interesting topics are covered in this course: Binary Stars, Neutron Stars, Black Holes, Resonance Phenomena, Musical Instruments, Stellar Collapse, Supernovae, Astronomical observations from very high flying balloons (lecture 35), and you will be allowed
a peek into the intriguing Quantum World.
Highlights of this Course
-------------------------
This course features lecture notes, problem sets with solutions, exams with solutions, links to related resources, and a complete set of videotaped lectures. The 35 video lectures by Professor Lewin, were recorded on the MIT campus during
the Fall of 1999. Prof. Lewin is well-known at MIT and beyond for his dynamic and engaging lecture style.
License
-------
These lectures are generously put on-line by MIT, and are licensed under the Creative Commons License (BY-NC-SA) and so it is perfectly legal to share them. Therefore, please seed as long a possible, to ensure this amazing resource stays available.},
keywords= {},
terms= {}
}
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