in reply to Re: (way)(OT): Lorentz Force worked numerical example.
in thread (way)(OT): Lorentz Force worked numerical example.

It depends how accurate you want your simulation to be,

The same simulation will incorporate gravity, and for my purposes 10 m/s2 for Earth gravity is 'good enough' :)


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Re^3: (way)(OT): Lorentz Force worked numerical example.
by zentara (Cardinal) on Aug 02, 2008 at 12:32 UTC
    same simulation will incorporate gravity

    Each answer generates a thousand new questions. If you will incorporate gravity, what will be the mass of your conductor? Which brings up what is the conductor made of? Copper, Alumunum, Gold? Then if you need to assume an infinitely long conductor, your weight will be infinite. :-( Or how is the finite conductor terminated at the ends, which brings up all sorts of tensile strenth and flexibility coefficients, because the force will be working against the conductor's ability to flex.

    I was thinking last night, that you could probably just make an OpenGl video of a line segment wiggling like an inch worm, and claim that a current pulse of X magnitude, Y duration, and Z shape caused it. Then let the skeptics write the equations for you as they try to prove you wrong. :-) That would be real hubris.


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