- #1
Ricardo507
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- TL;DR Summary
- Does the classical theory of angular momentum explain the following video?
Hi. I'm an enthusiast of physics applied to robotics (you know, modeling and stuff), I've been studying a bit of unicycle robot and how the gyroscope theory helps us in these cases. However, I'm totally drawing a blank about how to explain in the video below:
Gyroscope theory tells me that that angular momentum vector should rotate and "Try" to align with the torque produced by the weight, however, the mechanism in the video can't do that (and isn't doing it at all). The torque produced by the weight is pointing in/out of the screen and the angular momentum of the wheel is parallel to it (I think). I don't understand why it doesn't fall.
Thank you everybody
Gyroscope theory tells me that that angular momentum vector should rotate and "Try" to align with the torque produced by the weight, however, the mechanism in the video can't do that (and isn't doing it at all). The torque produced by the weight is pointing in/out of the screen and the angular momentum of the wheel is parallel to it (I think). I don't understand why it doesn't fall.
Thank you everybody