Magnetic Levitation over copper (the copy)

Making a Neodymium magnet float over a large block of copper by using the pull of another magnet.

Category:

Science & Technology

Tags:

• levitazione
• galleggiamento
• in
• aria
• su
• rame
• magnete
• galleggiante
• neodimio
• levitante
• floating
• magnet
• levitating
• neodymium
• calamita

[Avikonette]

Track name?

[pirondinimarco]

@Avikonette Are two song: Rural 2 and During the feast

Original title are:

CCCP Epica Etica Etnica Pathos - Campestre II

CCCP Epica Etica Etnica Pathos - In occasione della festa

A corkscrew? Can you try to search a corkscrew? Is the only last female talk...

see you

[pirondinimarco]

@pirondinimarco I have another mistake: I have mentioned electrical resistance, but this effect can't influence the experiment because aluminium have more electrical resistance among copper, and the result is opposed.

To try one more time:

In short circuit occurs another effect can interacts with the falling magnet: loss of magnetic permeability. I do not to demonstrate it, but newton in N/A^2 can to explain the slowing force of the falling magnet where A is the induction current generated. By

[pirondinimarco]

@kurisu925 Well, you have explained my experiment with correct words to show electric field or induction current hidden!!!! GOOD, I love.

Current is generated when a magnet is moved near a conductor, like Lenz law, is not all. The current normally run at a very much speed and his magnetic field too! Magnet can fall speedy!

What it happen? The short circuit in a block of conductor causes an electrical resistance that break almost all the current flux and his magnetic field that holds magnet.

[pirondinimarco]

@kurisu925 Thank you, my mistake is do not to show my hands! But I do this in respect to the original video on youtube, my video is ONLY a copy.

[pirondinimarco]

@jsemi11 Thank you for your help, I like very much your No fake at all!

[kurisu925]

@irejfa So he is pretty much just holding it up with a magnet in his hand and using the copper block to act as a breaking system to keep it from just shooting into his hand or falling back down all the way.

[kurisu925]

@irejfa What he is doing is using a magnet in his hand to gently lift the magnets that are on the copper. As the magnets are lifted thier magnetic field induces an electric field in the copper block under them. This electric field generates another magnetic field which pulls them back down slowing the rate at which they go up. Once they start to go up he moves the magnet in his hand further away letting them gently fall back down which again induces an electric field into the copper slowing it.

[Soulrider2012]

It's amazing how easily people say "fake" when they simply don't understand the physics behind what's actually happening. Just because you don't understand it doesn't mean it's fake. It means you need to crack open a book or should have paid attention in science class.

[pirondinimarco]

@irejfa This is not fake, 0 percent fake! You are wrong. But the hand moving is the key for this experiment, the magnet in my hand must moved upper and lower to allow the another magnet over coppet to levitate, this is Lenz law applied.