Why won't this magnetic levitation system work?
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According to Earnshaw's theorem, a system of static magnets can not be stable. I have an experiment and I wonder what would happen in real life. If one took a ball and covered it with magnets such that all the north poles pointed inwards and all the south poles pointed outwards and placed it in a bowl lined with magnets with all their poles south inwards, what would happen? The south poles would repel each other, but there would be no way for the north poles to meet the south poles, as they all point inwards at the ball and out of the container. What would make this system unstable? Check: https://ppssppgoldapk.live/
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hey ❕ I hope this is your correct answer
As others are pointing out, we do have maglev trains, and one of those with only one car would be like having a maglev bus ... with one big difference: maglev isn't (yet?) practical for vehicles that don't have simple A-to-B-to-C routes, like trains. Because of the costs and complexities involved, building a simple train track to handle maglev traffic is reasonably straight-forward (if you'll pardon the pun), because trains don't make turns onto side roads then turns off those onto other routes. They pretty much just go straight
hope it helps you
As others are pointing out, we do have maglev trains, and one of those with only one car would be like having a maglev bus ... with one big difference: maglev isn't (yet?) practical for vehicles that don't have simple A-to-B-to-C routes, like trains. Because of the costs and complexities involved, building a simple train track to handle maglev traffic is reasonably straight-forward (if you'll pardon the pun), because trains don't make turns onto side roads then turns off those onto other routes. They pretty much just go straight
hope it helps you
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