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Discharging a magnetized sphere
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[QUOTE="TSny, post: 4964087, member: 229090"] When integrating the differential equation, there will be a constant of integration that you will need to determine. Another approach for finding ##K(\theta)## is to pick an arbitrary latitude line on the sphere corresponding to some angle ##\theta##. If ##dQ## is the loss of charge on the total sphere during some time ##dt##, then you should be able to determine the loss of charge in the portion of the sphere between the south pole and this latitude line in terms of ##dQ## and the area of this portion of the sphere. Relate this to ##K(\theta)##. [/QUOTE]
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Discharging a magnetized sphere
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