In this video I have uploaded the famous synchronization of 32 metronomes experiment from the Ikeguchi Laboratory in Japan on September 14, 2012. #physics #experiment #metronome #resonance

In this experiment I drop magnets in repulsion vs a nonmagnet from a bridge of about 29 feet high, and got similar drop times for both with no significant difference. I did 10 drop tests while alternating

In #MESExperiments 52 I drop magnets in repulsion vs a nonmagnet from a bridge of about 29 feet high, and got similar drop times for both with no significant difference. I did 10 drop tests while alternating

In this experiment I repeat the Atwood Machine drop tests but this time do it from my balcony at a height of about 14 feet. Surprisingly, the drop tests show no significant difference for the nonmagnets,

In #MESExperiments 51 I repeat the Atwood Machine drop tests but this time do it from my balcony at a height of about 14 feet. Surprisingly, the drop tests show no significant difference for the nonmagnets,

In #MESExperiments 48 I have collaborated with Paul Mueller in producing a series of magnet drop tests for 3 different cylinder magnet types through 3 copper tubes. The experiments show that magnets glued

In #MESExperiments 40 I once again replicate Viktor Schauberger's rising experiment this time using a magnetic stirrer to show that a plastic egg falls 40% faster than a spherical ping pong ball. This

In #MESExperiments 28 I demonstrate the amazing ability of the GyroTop magnetic spinning top to always balance opposite the magnetic attractive force even when turning the apparatus upside down. The GyroTop,

In #MESExperiments 28 I demonstrate the amazing ability of the GyroTop magnetic spinning top to always balance opposite the magnetic attractive force even when turning the apparatus upside down. The GyroTop,

In #MESExperiments 27 I repeat the previous Experiment 26 which involved adding tape friction to make a gyroscope rise from a very steep 72° angle but this time also add a small weight to prevent the outer

In #MESExperiments 26 I continue further in experimenting with attaching tape to a gyroscope’s rotor to increase spin friction and this time show that doing so makes it possible for a gyroscope to rise

In #MESExperiments 25 I continue experimenting with different ways of making a gyroscope rise faster, and this time I have discovered that simply attaching tape to the rotor axis to increase spin friction

In this video I go over an example on finding the area between trigonometry curves that involves solving the area using absolute values during integration. Watch Video On: DTube: BitChute: YouTube: Download

In this video I go over how to solve areas between curves by switching the functions to be functions of y instead of x. In some instances this makes evaluating the integral much easier so it is important

In #MESExperiments 24 I further embark on the amazing property of gyroscopes rising on their own even with added weight and this time show that even with 70% added weight a gyroscope can still rise upwards.

In #MESExperiments 23 I expand further upon the previous Experiments 21 and 22 regarding the monumental discovery of gyros rising faster with added weight by showing that this is not necessarily always

In #MESExperiments 22 I have repeated Experiment 21 by making sure the casing does not rotate as the gyroscopes rise thus confirming that some gyroscopes can in fact rise much quicker when extra weight

In #MESExperiments 21 I go over a discovery I made early last year which flipped my already flipped understanding of gyroscopes, and that is adding extra weight to a gyroscope can make it rise faster.

In #MESExperiments 21 I go over a discovery I made early last year which flipped my already flipped understanding of gyroscopes, and that is adding extra weight to a gyroscope can make it rise faster.

In this video I go over another example on solving volumes using cylindrical shells. In this example I solve for the volume of the solid formed by rotating the region bounded by y = x - x2 and y = 0 about