How Can You Extend Your Physics Investigation on Magnetism?

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The discussion focuses on extending a physics investigation on magnetism using bar magnets and a Hall probe. The original experiment involves measuring magnetic field strength at varying distances and angles from the magnets. Suggestions for extension include researching the magnetic dipole model, which describes the field at large distances, and exploring the complexities of magnetic fields at small distances. Participants also recommend looking for additional resources or studies related to magnetism to enhance the investigation. Overall, the conversation emphasizes the importance of deepening the research to gain a comprehensive understanding of magnetic fields.
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Hi, I'm doing an investigation in physics - magnetism, to be specific - and basically I'm takin 1 or 2 bar magnets, and a hall probe, and placing the magnets at different distances from the probe, and different angles to see the variation in magnetic field strength. However, I need to extend it a lot more than this, and I'm not really sure how. I should do more research but I haven't had much time.

I was wonderin if anyone could gimme some pointers on what I could do next, or gimme a site with some information on this topic. Thanks a lot.
 
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At large distance from a bar magnet, the field is due to a magnetic diipole.
It is given by
{\bf B}=\frac{[3{\bf (\mu\cdot{\hat r}){\hat r}-\mu}]}<br /> {r^3}., with \mu=MAL, all in Gaussian units.
At small distances (r~L or r^2~A), it is more complicated.
 
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