The relation between $B,H{\rm{\;and}}\;I$ in SI unit is

$B = {{\rm{\mu }}_0}\left( {H + I} \right)$

$H = $${{\rm{\mu }}_0}\left( {B + I} \right)$

NEET UG PHYSICS MCQ: MAGNETISM AND MATTER

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The relation between

B,H\mathrm{\;and}\;I

in SI unit is

View answer and explanation

Correct option: A

B = {\mathrm{\mu }_0}\left( {H + I} \right)

Option A (

B = {\mathrm{\mu }_0}\left( {H + I} \right)

) is correct because it represents the relationship between magnetic induction (B), magnetizing field (H), and magnetization (I) in SI units.

Practice All Chapter MCQs →

\vec A = 2\vec i - 3\vec j + 6\vec k\,{m^2}

\vec B = - 3\vec i + \vec j + 2\vec k\,\left( {Wb/{m^2}} \right)

250\;joule

10\;kg

50\;Hz

7.5\;gm/c{m^3}

M

B