I know that one Telsa is 10,000 Gauss but I want to know how that cant be interpreted into lbf between two metals...i.e.
if two bars of iron have 1 Telsa of magnetic force between them then how much lbf does that feel like.....with varying distances. between 1-5cm|||1 Tesla is exceptionally strong. Most MRI scanners operate on the order of 1.5 T, and they can quite easily pull large ferromagnetic object into their bores. Check out these fine examples...|||1 Tesla is equal to 1 newton per amp meter
or 1((ma/Am))|||The Tesla is the SI unit of magnetic flux density. It does not relate directly to a force between metallic objects, although a complex formula for the force between two bar magnets is given in the reference below (half-way down the page)
The answer given by Nicholas refers to the force on a current-carrying conductor of given length in a region of flux density 1T, and is not related to the problem you are asking about.
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