Very cool. Thats also how LJ potential between atoms on a solids works. like the magnets here cannot be brought any close, atoms in solid cannot be placed very close. Thats why solids are incompressible.
That was really cool. Thanks! I wonder how two of the bigger magnet assemblies would interact? Would the mutual attraction between two large discs overcome the repulsion of lots of little ones and just push them away around the perimeter?
I was thinking of a 3d version of it. but the 2nd one would need to be also the same setup i assume. also super magnet man has a video of array magnets which made a hole in ther magnet to make the arrays attach better which is serious.
Very strange behavior. If the smaller magnet are attracted by the bigger one, the polarity has to be NS(for the bigger) - NS(for the smaller) then if you place another smaller one near the other two, this has to be also attracted. I’m curious to see the force lines of the three magnets. Can you make another video about this situation in future? Thanks
its not the size of magnet that decide the distance. A stonger magnet will have a shorter distanse then weak magnet. so a big superstong magnet will have relativr shorter range then a weak magnet of same size. BUT the big strong magnet will be insanely much stronger at close range
Nice to see you posting videos again , you have a very good channel and it deserves more attention and views !
Thanks!
Awesome. I wish you could use the magnetic film to show the distribution of magnetic fields in both setups.
Very cool. Thats also how LJ potential between atoms on a solids works. like the magnets here cannot be brought any close, atoms in solid cannot be placed very close. Thats why solids are incompressible.
I have a natural attraction to magnets (pardon the pun). What you have demonstrated here might come in handy one day. 😊
What happens if you spin a large magnet ?
Cool. Can almost visualize the lines of force as they shift to complete the circuit of the field.
That was really cool. Thanks! I wonder how two of the bigger magnet assemblies would interact? Would the mutual attraction between two large discs overcome the repulsion of lots of little ones and just push them away around the perimeter?
Demonstrate a Halbach array please. Now THAT is interesting.
What would happen if you used a big ball magnet and small ball magnets?
I was thinking of a 3d version of it. but the 2nd one would need to be also the same setup i assume.
also super magnet man has a video of array magnets which made a hole in ther magnet to make the arrays attach better which is serious.
Pls provide a link to this video? thanks.
Very strange behavior. If the smaller magnet are attracted by the bigger one, the polarity has to be NS(for the bigger) - NS(for the smaller) then if you place another smaller one near the other two, this has to be also attracted. I’m curious to see the force lines of the three magnets. Can you make another video about this situation in future? Thanks
Explains a lot about space and force between moon and earth!!! also where are you from??
its not the size of magnet that decide the distance. A stonger magnet will have a shorter distanse then weak magnet. so a big superstong magnet will have relativr shorter range then a weak magnet of same size. BUT the big strong magnet will be insanely much stronger at close range
very cool, thanks for sharing!
Thank you very much, this experiment make me understand the force interlock between moon and Earth.
Gravity forces are only actractive
The gravity forces are only attractive
Very nice experiment
Genial😮👍🏻
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