4) Conceptually, what Gauss's Law told us is that the total "amount" of electric field going through a closed surface wa

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4) Conceptually, what Gauss's Law told us is that the total "amount" of electric field going through a closed surface wa

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4 Conceptually What Gauss S Law Told Us Is That The Total Amount Of Electric Field Going Through A Closed Surface Wa 1
4 Conceptually What Gauss S Law Told Us Is That The Total Amount Of Electric Field Going Through A Closed Surface Wa 1 (35.08 KiB) Viewed 64 times
4) Conceptually, what Gauss's Law told us is that the total "amount" of electric field going through a closed surface was proportional to the charge enclosed. However, for a magnetic field, it is not possible to separate any kind of "charge". Therefore, what we should find is that the magnetic flux through a closed surface is A) equal to the charge enclosed B) there is no magnetic flux C) zero D) infinity
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