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/sci/ - Science & Math


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1969162 No.1969162 [Reply] [Original]

I know this is troll physics, but check this out
>>>/b/283277341

>> No.1969166

Wait a minute. Are you telling me that you managed to troll /b/? I DON'T BELIEVE

>> No.1969173

>mfw this would actually work
>mfw i won't post mf

>> No.1969185

only works without friciton
only works when given a push

the above would also work without magnets

>> No.1969196

Even without friction and a push, after the very first wheel magnet was 'pushed' and the second one was coming down wouldn't the S pole on the 2nd be attracted to the stationary magnet and just stick when they get as close as they can to one another

>> No.1969207

nevermind, i see the 'shield' thing. is it possible to to shield one polarity in a magnet without blocking the other?

>> No.1969269
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1969269

>implying magnetic shields exist

>> No.1969280
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1969280

Shielding magnetism is like shielding gravity.

trololololololo

>> No.1969373

>>1969269
magnetic shields do exist
You can find them in tv speakers.

>> No.1969376

>>1969373
yes, but they don't work the way OP thinks they do, the magnets on the wheel will also be attracted to it

>> No.1969383

>>1969269
http://www.gitc21.net/co/e-song/GC01914596/CA01633110/Magnetic_Shielding_Foil.html

>> No.1969391

>>1969269
Superconductors, meissner effect

captcha: resurfaced prousbow

>> No.1969406

IT WONT EVEN MOVE CAUSE ALL MAGNETS WILL ATTRACT EACHOTHER COZZING WHILL TO STOPP HAHAHAAAH

>> No.1969414

>>1969207
No. Magnetic shields don't function unless they form a complete enclosure.

>> No.1969474

>>1969414
Don't they actually just "deflect" the flux?