The magnetic permeability is denned as the ratio of

Question

The magnetic permeability is denned as the ratio of (A) magnetic induction and magnetizing field (B) intensity of magnetization and magnetizing field (C) intensity of magnetization and magnetic field (D) None of the above

Tardigrade Admin · Accepted Answer

We have, B=μ H ∴ μ=(B/H) So, the permeability μ is defined as the ratio of magnetic induction to the magnetising field.

Q. The magnetic permeability is denned as the ratio of

magnetic induction and magnetizing field

intensity of magnetization and magnetizing field

intensity of magnetization and magnetic field

None of the above

We have, $B = μ H$
$∴ μ = \frac{B}{H}$
So, the permeability $μ$ is defined as the ratio of magnetic induction to the magnetising field.

Q. The magnetic permeability is denned as the ratio of

magnetic induction and magnetizing field

intensity of magnetization and magnetizing field

intensity of magnetization and magnetic field

None of the above

We have, B=μH ∴μ=HB​ So, the permeability μ is defined as the ratio of magnetic induction to the magnetising field.

We have, $B = μ H$
$∴ μ = \frac{B}{H}$
So, the permeability $μ$ is defined as the ratio of magnetic induction to the magnetising field.