The bar magnet produces magnetic induction of `4xx10^(-5)T` at a point 10 cm from centre on the axis of magnet.The magnetic moment is

The bar magnet produces magnetic induction of 4 xx 10^(-5)T at a point 10 cm from centre on the axis of magnet. The magnetic moment is The bar magnet produces magnetic induction

The bar magnet produces magnetic induction of 4 xx 10^(-5)T at a point 10 cm from centre on the axis of magnet. The magnetic moment is The bar magnet produces magnetic induction

A short bar magnet produces a magnetic induction of 4xx10^(-4) tesla at an axial point, 20 cm away from its centre. What is the dipole moment of the magnet?

A short bar magnet produces a magnetic induction of 4 xx 10^(-4) tesla at an axial point, 20 cm away from its centre. What is the dipole moment of the magnet if mu_(0)/(4pi) =10^(-7) ?

The magnetic induction at a point distant 15 cm on the axis of a short bar magnet of moment 0.5 A m is

The magnetic induction at a point distant 15 cm on the axis of a short bar magnet of moment 0.5 A m is

Calculate the magnetic moment of a short magnet which produces magnetic induction of 10^-3 T, at a point along its axis at a distance of 20 cm from its centre [ mu_o = 4pi xx 10^-7 SI unit].

Bar magnet produces a magnetic field of 1.5 xx 10^(-4) T at a point on its axis, which is at a distance 15 cm away from the centre of magnet. If length and area of cross section of magnet are 1 cm and 1 cm^2 respectively then find intensity of magnetization of bar magnet.

A short bar magnet is arranged with its north pole pointing gergraphical north. It is found that the horizontal component of earth's magnetic induction (B_(H)) is balaced by the magnetic induction of the magnet at a point which is at a distance of 20 cm from its centre .The magnetic moment of the magnet is ( if H = 4 xx 10^(-5) Wbm^(-2))