
Hi! I have a question regarding the magnetic levitation formula. I calculated than the answer for (mu_0*p*g/x)in the formula b^{2}/z=mu_0*p*g/x. It is 726.49 T^{2}/m. I was wondering, that means that b^{2}/z also has to equal 726.49 T^{2}/m. Does that insure that the bismuth will levitate? In other words, if I calculate that (b^{2}/z) is less than 726.49 T^{2}/m, then the bismuth will not levitate? It has to be perfectly 726.49 T^{2}/m... or more? Thanks for your help.

Question Date: 20080911   Answer 1:
Yes, that means that B^{2}/z will also have to equal 726.49 T^{2}/m. Anything greater than that should be when the Bismuth will levitate (keeping in mind that this equation is a simplification, and won't be exactly right).
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