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Fidget spinner tricks illustrate several physics concepts most notably gyroscopic action.
The discussion centers on the physics of fidget spinners, particularly their gyroscopic action and angular momentum. Participants express skepticism about the authenticity of fidget spinner trick videos, citing "p-hacking" techniques that make skills appear easier than they are. Notable examples include a video demonstrating the spinner's ability to break a bottle and disperse bowling pins using compressed air. The conversation also touches on the potential for fidget spinners to be considered an Olympic sport.
PREREQUISITESPhysics enthusiasts, educators, video content creators, and anyone interested in the mechanics and cultural significance of fidget spinners.
Bandersnatch said:Ugh, I hate those videos where they make an obvious feat of skill look easy thanks to the magical feature of showing only the successful recordings. Like when they throw a ninja spinner, as if its nature somewhat makes it hit the target automatically.
Reminds me of those archery videos by that Lars Andersen guy.What I liked about the video, was how it showed quite well how much angular momentum can be stored in the toy (when they used compressed air to spin it up). It had no problem breaking a bottle, or dispersing a set of bowling pins.
Speaking of whichjedishrfu said:P-hacking