• anonymous
This is for the single most important physics paper I have made when studying high school physics. Imagine two let's say cylindrical magnets. The magnetic field density of each magnet decreases as an inverse function of distance, but is it inverse SQUARE or inverse CUBE? Also as the size of the magnet increases (first assuming it is a magnetic point charge dipole), in what proportion does this inverse relation (for example 1/x^2) become less valid, and less valid so that x would have a larger or a smaller coefficient? EDIT!: What I found was that as for this source: http://www.instructables.com/id/Evaluate-magnetic-field-variation-with-distance/ the magnetic field strength (not force between two magnets) decreases as a function of distance, but when the measuring gets closer to the magnet, the change for magnetic field strength becomes stronger for each added subsequent unit. If the guy were to measure the change in increase in repulsion force between two magnets as an inverse function of distance, how would this compare?
Physics
• Stacey Warren - Expert brainly.com
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