(a) Consider a single elementary magnet inside a closed surface. Given that elementary magnets are particles without...
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(a) Consider a single elementary magnet inside a closed surface. Given that elementary magnets are particles without spatial extent, is the magnetic field line flux through the closed surface positive, negative, or zero?
(b) Does adding a second elementary magnet inside the closed surface change your answer?
(c) Consider a bar magnet inside a closed surface. Is the magnetic field line flux through the closed surface positive, negative, or zero?
(d) Does your answer change if the closed surface cuts through the magnet?
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