7 Fun Copper and Neodymium Experiments

Поділитися
Вставка
  • Опубліковано 29 жов 2024

КОМЕНТАРІ • 22

  • @ooooneeee
    @ooooneeee Рік тому +1

    My explanation for all of this is: aaaaAAaaaAAuAAAaaa 😂.
    I've watched videos before on this effect but you showed us a lot more examples which was really cool.

  • @hellos3487
    @hellos3487 Рік тому +1

    Love your channel!

  • @austinc691
    @austinc691 2 роки тому +1

    Unreal!

    • @flemdogscience
      @flemdogscience  2 роки тому +1

      It is sort of unreal. I really would love to understand it a little better so I got a handful more experiments to do. Electricity and magnetism is really fascinating and weird!

  • @regwebster714
    @regwebster714 9 місяців тому

    What would happen if you forced the magnet to move faster over the inclined copper bar?
    Would you feel resistance from the magnet?
    The answer might provide more information toward the solution to the phenomena?

  • @TROOPERfarcry
    @TROOPERfarcry Місяць тому

    I'm not done with the video, so maybe the answer is provided. But you're seeing electrical resistance, which manifests as heat. This is literally what an incandescent light-bulb is -- it's a controlled "short". The heat is probably too minimal for you to detect it via touch, particularly when the enormous copper bar is a fantastic heat-sink all by itself.
    You could potentially test this if you attach the magnet to a wheel and have it pass closely over the copper plate repeatedly for a long period of time. Then the heat build-up should be detectable to the touch.

  • @dborrelli182
    @dborrelli182 2 роки тому

    Does it matter how think the copper is? Or just how strong the neodymium magnets are?

    • @flemdogscience
      @flemdogscience  2 роки тому +5

      I have found the thickness is important. I Have only really tested the different thicknesses on aluminum, but there is a very apparent different in thin vs thick aluminum. It is tough to find the really big copper or aluminum. I've been wanting to try this experiment for years, but a big piece of copper or aluminum was always the hold up for me.

  • @prashantmishra9985
    @prashantmishra9985 Рік тому +1

    Eddy current is the thing that happened

  • @brianjones35
    @brianjones35 Рік тому

    Science is great!!!!😀

  • @mezzanoon
    @mezzanoon Рік тому

    What's the thinnest copper you could use?

  • @jac585
    @jac585 6 місяців тому

    I figured it out how to harness the power unlimeted power.

  • @khaledmahmoud9
    @khaledmahmoud9 Рік тому

    Is this sort of paramagnetism or diamagnetism ?!

  • @Aathravsonkar134
    @Aathravsonkar134 Рік тому

    Bro you look like David Warner 😂😂😂

  • @Aathravsonkar134
    @Aathravsonkar134 Рік тому

    David Warner scientist 😂😂😂

  • @chrisgosch564
    @chrisgosch564 15 днів тому

    Its alien

  • @ianstorey1521
    @ianstorey1521 5 місяців тому

    Can you spell Lenz's Law boys and girls?
    en.wikipedia.org/wiki/Lenz%27s_law

  • @juegoscondari3364
    @juegoscondari3364 2 роки тому +2

    lets goooo
    adkljwk.ajgifgkajhhgag
    amasing