In #MESExperiments 16 I demonstrate one of the most fascinating demonstrations ever conducted, and which even baffled my mind when I first tried it out. A gyroscope can even rise while precessing at the tip of a needle! Yes, a needle… The gyroscope is literally dangling in midair with nothing to hold on to but the tiny tip of the needle. I’ve included a zoomed in box during the gyro rising to show a close up of the stem and needle. This is some truly breath-taking stuff!
Screenshots of the Progression
The progression of the gyro experiment as well as a list of the numerical results are shown below:
- Initial Gyro Angle: 47°
- Rising Time: 0:40 - 0:04 = 36 seconds.
- Sleep Time: 0:58 - 0:40 = 18 seconds.
- Time to Fall: 1:02 - 0:04 = 58 seconds.
- Total Spin Time: 2:45 - 0:04 = 2:41 = 161 seconds.
- Note: Very interesting loud noise coming from the gyro at the 20 seconds mark during rising.
Gyro Weight and Needle Width Measurements
Note that the gyroscope weighed 100.29 grams.
Close ups of the needle are shown in the following screenshots.
A width measurement of the needle is shown below and shows that that needle is about 0.5 mm. Note that the photo taken of the needle was after a few dozen tests and thus the tip is more blunt than during the current experiment (as compared with the above screen shot). Thus the needle tip width might be even less than 0.5 mm.
Stay Tuned for #MESExperiments 17…
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