49:34duration 49 minutes 34 seconds
28 - Multiple DoF systems w/ Kinematic…
28 - Multiple DoF systems w/ Kinematic Constraints Session 28
2013-05-02 17:17:51+00
48:08duration 48 minutes 8 seconds
26 - Prelim Demos; Bicycle Problem Session 26
2013-04-25 14:30:21+00
44:35duration 44 minutes 35 seconds
24 - Relative Motion (cont'd) Session 24
2013-04-18 17:42:09+00
52:44duration 52 minutes 44 seconds
25 - Bicycle; Particle Motion Relative to a Frame…
25 - Bicycle; Particle Motion Relative to a Frame Session 25
2013-04-23 08:06:57+00
49:27duration 49 minutes 27 seconds
27 - Pendulum with Moving Support Session 27
2013-04-30 17:50:55+00
47:17duration 47 minutes 17 seconds
23 - Course review; Relative Motion Session 23
2013-04-16 14:49:20+00
50:31duration 50 minutes 31 seconds
21 - Collision Mechanics Session 21
2013-04-09 08:59:57+00
48:30duration 48 minutes 30 seconds
20 - Rolling (cont'd) Session 20
2013-04-04 08:57:15+00
48:34duration 48 minutes 34 seconds
22 - Polar & Path coordinates Session 22
2013-04-11 10:04:49+00
46:02duration 46 minutes 2 seconds
19 - Rolling Session 19
2013-04-02 08:57:15+00
44:08duration 44 minutes 8 seconds
18 - Physical pendulum; 2D object in general…
18 - Physical pendulum; 2D object in general motion Session 18
2013-03-28 13:58:03+00
43:31duration 43 minutes 31 seconds
17 - Angular velocity momentum of rigid object…
17 - Angular velocity momentum of rigid object Session 17
2013-03-26 08:58:39+00
48:54duration 48 minutes 54 seconds
16 - Circular Motion (cont'd); Rotation of…
16 - Circular Motion (cont'd); Rotation of Rigid Object Session 16
2013-03-14 08:58:00+00
48:53duration 48 minutes 53 seconds
13 - Constrained 1D motion w/ 2D forces Session 13
2013-03-05 13:03:18+00
47:09duration 47 minutes 9 seconds
14 - Circular Motion: Simple Pendulum Session 14
2013-03-07 08:58:45+00
47:24duration 47 minutes 24 seconds
12 - 2D particles in space in Matlab; Pulleys…
12 - 2D particles in space in Matlab; Pulleys Session 12
2013-02-28 08:59:05+00