sbjornf
sbjornf
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Eddy Current Demo.
This is an example of an eddy current generated by a Neodymium magnet on a piece of copper.
Переглядів: 446 037

Відео

КОМЕНТАРІ

  • @TheHellBoy05
    @TheHellBoy05 3 місяці тому

    physics is beautiful.

  • @AimlessSavant
    @AimlessSavant 4 місяці тому

    Making the magnetic field "sticky"

  • @mikeadler434
    @mikeadler434 6 місяців тому

    👍👍

  • @Pixelpin668
    @Pixelpin668 7 місяців тому

    thats the coolest sh ive seen

  • @prasad_g
    @prasad_g 8 місяців тому

    I am reading"Material World" by Ed Conway. He was explaining about electricity and why Copper is so important. Came here to check if the magnet really stops before settling down quietly 🤠

    • @kiliank5040
      @kiliank5040 10 днів тому

      same haha

    • @prasad_g
      @prasad_g 9 днів тому

      @@kiliank5040 nice.. it's a great book isn't it

  • @ideologybylakshya
    @ideologybylakshya 10 місяців тому

    That's really easy to understand pratical, but developing Mathematics lead to dead 💀

  • @guitarttimman
    @guitarttimman Рік тому

    What's the Gauss rating for that magnet?

  • @guitarttimman
    @guitarttimman Рік тому

    This is cool. Great video 👍

  • @chrisyo4461
    @chrisyo4461 Рік тому

    Love it

  • @edittube
    @edittube Рік тому

    Like Gravity on moon 🌚

  • @tastyboi213
    @tastyboi213 Рік тому

    Hey.. Neodymium magnet... Made of iron boron nickel ??.. (it's made of Neodymium.. an element..)(also Boron isnt ferromagnetic)

  • @petercarvalho1931
    @petercarvalho1931 Рік тому

    Any hints on how to get that much copper? Can't recreate these experiements I see online

  • @fatigmakers
    @fatigmakers Рік тому

    Awesome demonstration, very useful to me.

  • @mahnoorkhalid6213
    @mahnoorkhalid6213 Рік тому

    Woahhhhhhhh, thats is amazing demonstration 👏🏼👏🏼

  • @YouTubePremium-yk3zn
    @YouTubePremium-yk3zn 2 роки тому

    Really amazing 🤯

  • @scientificspirit1061
    @scientificspirit1061 2 роки тому

    0:47 super man landing was inspired from eddie current😁

  • @sanchi7410
    @sanchi7410 2 роки тому

    UA-cam recommended this after 11years

  • @SandBox86
    @SandBox86 2 роки тому

    Sir. May I ask if you replace this copper disc for a superconductor, what would happen when you slide the magnet very close? It would try to move along with the magnet too? Or since magnetic fields are expelled eddys current doesn't appear?

  • @LearnWithFardin
    @LearnWithFardin 3 роки тому

    Wow!!! Excellent man! Thank you for uploading this tremendous video!💝🇧🇩

  • @alisultani5157
    @alisultani5157 3 роки тому

    We need the physics behind it

  • @nynomad7625
    @nynomad7625 3 роки тому

    so many magicians tricks just explained

  • @hill3303
    @hill3303 3 роки тому

    wooow that was so cool

  • @sourabhhukkeri8286
    @sourabhhukkeri8286 3 роки тому

    JEE Advanced 2020, Paper 1, Question 2

  • @pranshulrajvaidya
    @pranshulrajvaidya 3 роки тому

    Good job

  • @alexabadi7458
    @alexabadi7458 3 роки тому

    Nice copper plate, not easy to find !

  • @thelastofthelemmings6279
    @thelastofthelemmings6279 3 роки тому

    Hey man.. if messing with those magnets every day is your job?.. At some point someone's gotta drop one?.. What do you/they do with the broken pieces? And if any.. can I buy them?

  • @anittthomas2587
    @anittthomas2587 3 роки тому

    Thnx bro

  • @dr.kapilabharathi3615
    @dr.kapilabharathi3615 3 роки тому

    Will magnet attract copper?

  • @umairshaikh8048
    @umairshaikh8048 3 роки тому

    Amazing Thanks a lot pls keep it up 💯😊❤️👍

  • @hindustani9174
    @hindustani9174 4 роки тому

    Cool

  • @edgarortizdeora4676
    @edgarortizdeora4676 4 роки тому

    Amazing video. One question: Do you know how many gauss the magnet has?? thank you.

  • @adityaraj9886
    @adityaraj9886 4 роки тому

    Most precious

  • @johnnemax7910
    @johnnemax7910 4 роки тому

    Super ya. Awesome. Thank you for sharing this. ❤️❤️❤️

  • @daveth8741
    @daveth8741 4 роки тому

    0:35 It is never advisable to "drop a neodymium magnet" (on to a surface ) like falling on a hard floor be it wood or cement, or even have a neodymium magnet dropped onto iron, or even let it fly into another magnet it can shatter. The flying shards can be extremely dangerous when they shatter. Please encourage safety.

  • @niktesla3939
    @niktesla3939 4 роки тому

    Drop a magnet on aluminum

  • @Sparky579
    @Sparky579 4 роки тому

    Incredible . Subarashi . My UA-cam recommendation is going weirder over time

  • @Astik.dwivedi
    @Astik.dwivedi 4 роки тому

    Incredible All my doubts are clears now tusm sir🙏

  • @devmishra7880
    @devmishra7880 5 років тому

    Incline magnet at an angle only then it show torque

  • @rahuljamwal2653
    @rahuljamwal2653 5 років тому

    You sound like Bucky Roberts

  • @buyingthread4612
    @buyingthread4612 5 років тому

    Hmm?

  • @michaelwizouski7317
    @michaelwizouski7317 5 років тому

    Do you do this to reduce friction? But won't this create large amounts of heat do to the Eddy currents?

  • @carsonfred371
    @carsonfred371 5 років тому

    Where do you get a pice of copper that big? I want one so bad. If anyone knows please say

  • @Markoul11
    @Markoul11 5 років тому

    Sbjornf Hi, do you see any difference on magnetic braking performance between fresh copper and heavy oxidized (Cuo black oxide) copper? Any decrease or increase in magnetic braking effect?

  • @shifamuhammad7366
    @shifamuhammad7366 5 років тому

    So cool omg

  • @renukaankem170
    @renukaankem170 5 років тому

    Not nice this is known by all

  • @cylenejeldelacruz3893
    @cylenejeldelacruz3893 5 років тому

    Hello we tried creating eddy current but sadly no cushions like that occured, is it because our magbet and copper is too thin? And what other factors that affect eddy currents??

  • @royaikirankumar1712
    @royaikirankumar1712 5 років тому

    Super

  • @JungleYT
    @JungleYT 5 років тому

    Kewl... I came here in trying to figure out how Eddy currents can separate non-ferrous metals in the recycling process. This made things a bit more clear, but HOW can principle separate copper from aluminum, from zinc, etc.? Ferrous is easy - magnetic belt just picks it up...

  • @ShoaibAkhtar-ow6ki
    @ShoaibAkhtar-ow6ki 5 років тому

    Thanks