A permanent magnet in the shape of a thin cylinder of length 10 cm has `M=10^(6)A//m`. Calculate the magnetisation current `I_(M)`.

A permanent magnet in the shape of a thin cylinder of length 10cm has M=10^6 A//m . Calculate the magnetisation current lm……

A p ermanent magnet is the shape of a thin cylinder of length 10 cm has M=10^6 Am . Calculate the magnetisation current I_M .

A permanent magnet in the shape of a thin cylinder of length 10cm has M=10^6A//m . Calculate the magnetisation current I_M . (Here M is the intensity of magnetisation).

A permanent magnet in the shape of a thin cylinder of length 10 cm has magnetisation (M) = 10^(6)Am^(-1) . It's magnetization current I_(m) is

A permanent magnet in the shape of a thin cylinder of length 10 cm has magnetisation (M) = 10^(6)Am^(-1) . It's magnetization current I_(m) is

A permanert magnet in the shape of a thin cylinder of length 10 cm has magnetization M=10^6 Am^(-1) . Its magnetization current 7 ampere, Find (I_(M))/(100) .

A permanent magnet in the shape of a thin cylinder of length 50 cm has intensity of magnetisaton 10^(6)Am^(-1) . The magnetisation current is

A permanent magnet in the shape of a thin cylinder of length 50 cm has intensity of magnetisaton 10^(6)Am^(-1) . The magnetisation current is