Home
Class 12
PHYSICS
The magnetic field at a point x on the a...

The magnetic field at a point x on the axis of short magnet is equal to the field at a point y on the equatorial line of the same magnet. The ratio of distance of x and y from centre of magnet is

A

`2^-3`

B

`2^3`

C

`2^1/3`

D

`2^-1/3`

Text Solution

AI Generated Solution

Promotional Banner

Similar Questions

Explore conceptually related problems

The magnetic field at a point x on the axis of a small bar magnet is equal to the field at a point y on the equator of the same magnet. The ratio of the distances of x and y from the centre of the magnet is

The magnetic induction at a point on axis of a short magnetic dipole is

The magnetic induction at a point P on the axis is equal to the magnetic induction at a point Q on the equator of a short magnetic dipole. What is the ratio of the distances of P and Q from the centre of the dipole?

Magnetic induction at a point P on the axis is 54 times the magnetic induction at a point Q on the equator of a short magnetic dipole. The ratio of the distances of the points P and Q from the centre of the dipole is given by

Magnetic induction at a point P on the axis is 54 times the magnetic induction at a point Q on the equator of a short magnetic dipole. The ratio of the distances of the points P and Q from the dipole is given by

Magnetic field B_(1) due to abar magnet at a point P on axial line is equal to magnetic field B_(2) due to the same magnet at point Q on equatorial line.What ios the ratio distances of point P and Q from centre?

The magnetic field on the axis at a distance z from the centre of the bar magnet would be ?

What is the ratio of electric field intensity at a point on the equatorial line to the field at a point on axial line when the points are at the same distance from the centre of the dipole ?