Name: 🔬#MESExperiments 13: Steepest Gyroscope Rising Experiment Ever! 74 Degrees from the Vertical
Uploaded: 2022-12-08T18:21:20+00:00
Duration: 2 min 14 s
Description: In #MESExperiments 13, I show one of the most baffling gyro rising experiments ever performed! Not only is the entire phenomenon of gyroscopes rising magically on their own entirely unheard-of, beside

1 year ago

family friendly matheasy math easy easymath easy math math Mes experiments gyroscopes anti-gravity inertia angular momentum

In #MESExperiments 13, I show one of the most baffling gyro rising experiments ever performed! Not only is the entire phenomenon of gyroscopes rising magically on their own entirely unheard-of, besides here at MES, but a gyro rising from an angle of about 74 degrees from the vertical and in a mere 90 seconds is straight ludicrous sorcery! This finding was actually accidental, and I came across it during my #MESExperiments 12 filming and testing. Most of my earlier gyro experiments were performed with a “super precision gyroscope” but this one is actually done with a slightly cheaper less precise gyro that is also a bit heavier than the more precise gyro. A larger plastic round stem on this particular gyro should also be noted. This is the steepest fully rising gyro experiment I have ever performed and is almost perfectly horizontal! This is the definition of magic.

As per usual, I have tabulated the results of the experiment into a spreadsheet and graphed the results in terms of the angle, elapsed time, and rising rate. Similar to the findings in #MESExperiments 12, as the angle becomes less steep, the rising rate exponentially increases. The Microsoft Excel Spreadsheet as well as the corresponding Hive Notes are shown below and include the full results of the experiment:

- Hive Notes: https://peakd.com/mesexperiments/@mes/mesexperiments-13-steepest-gyroscope-rising-experiment-ever-74-degrees-from-the-vertical-magic
- Excel File: https://1drv.ms/x/s!As32ynv0LoaIh_B2wvdOpBITUYcVDg

This particular gyroscope is 161.31 g including the stem and only 158.98 g without the stem (thus the stem is 161.31 - 158.98 = 2.33 grams). Note that my earlier gyroscope experiments involving the more precise gyroscope had a weight of 150.68 g with the stem and 148.62 without the stem (thus the stem is 150.68 - 148.62 = 2.06 grams). Thus, the gyroscope in this video was about (161.31 - 150.68) / 150.68 = 10.63 / 150.68 = 7.05% heavier than the precision gyro in my earlier experiments. In later experiments, as well as in my game-changing #AntiGravity Part 6 video(s), I show that the combination of both spin speed and heavier weight act as a “multiplicative” factor in increasing the rising rate.

Stay Tuned for #MESExperiments 14…