6. A charged conducting sphere of a radius R is rotating about its center at an angular velocity \omega. (a) Determine the magnetic moment and magnetization. (b) Find the magnetic flux density \vec{B} at the center.
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The magnetic moment of a rotating charged sphere is given by the formula: m = q * A where q is the charge and A is the area of the sphere. Since the sphere is conducting, the charge is distributed uniformly on its surface. The total charge on the sphere can be Show moreā¦
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