--Syed Qasim Raza Shah (talk) 17:55, 14 March 2014 (UTC)If we take a nearly solid body, composed of very small iron pieces which are loosely magnetized. And we place this body in a container, such that a uniform magnetic field keeps the body in the space.
Now if we pass a solid permanent magnetic spherical or nearly spherical body near the body (which is composed of small particles), it(2nd body) will disturb the 1st body.
May be it breaks the 1st body into a large number of small pieces (smaller than the whole body which is still present and is larger than its fragments), of different sizes, depending upon the speed and force as well as closeness of the passing body (2nd body).
Also under the influence of the magnetic field, these fragments will spin/rotate about their own axis as well as move/revolve in circular orbits/paths due to the magnetic force of 1st body. And the radius of these orbits is governed by the force applied by the 2nd body.
In this experiment the magnetic field is applied because the particles are being very small and gravitational force between them is negligible. So in order to provide gravitational force magnetic field is applied.
So magnetic field is equivalent to the gravitational field.
Perhaps the solar system and other systems of planets and stars were formed like this.
