Induction – Magnetic Games

Magnetic Antigravity Path, Induction Falling Coins

Magnetic Games — Sat, 18 Feb 2017 15:15:51 +0000

Here’s another interesting scientific experiment with neodymium magnets. This fall effect slowed many of you have already seen, it is caused by eddy currents generated by the magnets in a non-ferromagnetic metal that passes by. The curious part of this experiment is how they behave the coins in some parts of the shifting path horizontally.
The magnets are arranged as follows
NNNNNN,
SSSSSSS,
NNNNNN,
SSSSSSS,
NNNNNN,
A coin made of highly conductive metals, such as aluminum or copper, easily runs from left to right magnets matrix, but going from the top down is suppressed due to the eddy current.

Here are the magnets that I have used for this experiment
http://www.amazingmagnets.com/show-decimal-p125d4000.aspx
https://sumag.net/w-10-n-x01
https://sumag.net/q-15-04-04-mn-x01

Special thanks to Yoichi Hirose for concept
here his original video
https://www.youtube.com/watch?v=oTJoNyX7ieQ

Induction Levitation, Levitating Neodymium Magnets

Magnetic Games — Sat, 26 Nov 2016 17:02:21 +0000

In this experiment the principle of magnetic induction allows me to levitate magnets with the help of 2 blocks of aluminum or an aluminum tube. The magnetic induction slows the movement of the levitating magnet, this allows me to move accordingly magnet over. It ‘a magnetic experiment in which the dexterity counts, the reflexes are important, but with a bit of exercise anyone will be able to levitate the magnet.
Many thanks to “Magnet Triks” for concept.

All the magnets used in this experiment come from www.supermagnete.com

https://www.supermagnete.com/FE-S-70-15
https://sumag.net/w-12-n-x01
https://www.supermagnete.com/K-30-C
https://sumag.net/s-20-10-n
https://www.supermagnete.com/CN-25-13-10-N

Science or Magic ?

Magnetic Games — Sat, 16 Jul 2016 14:42:57 +0000

Obviously it is science, as a result of Lenz’s law a magnet that moves close to a non-ferromagnetic metal induces therein a current which opposes the movement. It is a magnetic experiment easy to do even with smaller aluminum or copper tubes of those that use in the video

all the magnets you saw in the video you can find on https://www.supermagnete.com

Ovviamente è scienza, per effetto della legge di Lenz un magnete che si muove vicino ad un metallo non ferromagnetico induce in esso una corrente che si oppone al movimento. é un esperimento magnetico semplicissimo da fare anche con tubi di alluminio o rame più piccoli di quelli che uso nel video

EDDY CURRENT Magnetic induction spins a can

Magnetic Games — Fri, 01 Jan 2016 22:03:06 +0000

This is another demonstration of Lenz’s law. Quickly moving the magnets close to an aluminum can, by induction, begins to move

MAGNETIC INDUCTION LEVITATION Lenz’s law demostration

Magnetic Games — Wed, 09 Dec 2015 21:45:34 +0000

Do not use the same method of locking the disk that I used, as you have seen is dangerous.
In this experiment I show you how you can get an effect like levitation using the principles of the law of Lenz. Subjecting a non-magnetic metal to a moving magnetic field is obtained an inductive repulsive force that opposes the magnetic field of the magnet. This force is proportional to the strength of the magnet, to the relative speed between the metal and the magnet and the distance between the two.