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> Right... So if I let q and Q be the charge of my ball and magnet (what's
the
> correct unit for charge?), and I measure r in meters, then F will come out
> in Netwons? While we're on the subject, what would be a suitable range of
> magnitude for q and Q? (The ball is 80g in mass.)
>
btw, I wouldn't mix magnets and electrostatic charges. The math can get very
complex.
Stick to two charges balls and it's not that hard.
Gail
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cos(S/pi)*(H>6)>*18][.4rgb 0]}}translate<H-5S-3,9>}#end G(3,5)G(2,5.5)G(1,5)
G(.6,4)G(.5,3)G(.6,2)G(1,1)G(2,.5)G(3,.7)G(3.2,1.6)G(3.1,2.5)G(2.2,2.5)G(9,5
)G(8,5.5)G(7,5)G(7,4)G(7.7,3.3)G(8.3,2.7)G(9,2)G(9,1)G(8,.5)G(7,1)///GS
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