If we consider a material with uniform magnetization [tex]\vec M[/tex], what are the [tex]\vec B[/tex] and [tex]\vec H[/tex] fields everywhere in the magnetic material? My first inclination is to say that [tex]\vec H = 0[/tex] since there are no free currents and that therefore [tex]\vec B = \mu_0 \vec M[/tex] everywhere, but I can think of situations where there's no free current but there's still an [tex]\vec H[/tex] field (e.g., inside and outside a uniformly magnetized sphere), so I'm probably wrong.(adsbygoogle = window.adsbygoogle || []).push({});

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# B, H fields due to a magnetized material everywhere

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