The null points are on the axial line of a "bar" Magnet when it is placed such that its south pole points

The null points are on the equatorial line of a bar magnet when the north pole of the magnet is pointing

The direction of the null points is on the equatorial line of a bar magnet, when the north pole of the magnet is pointing

The direction of the null point is on the equatorial line of a bar magnet, when the north pole of the magnet is pointing

The direction of the null point is on the equatorial line of a bar magnet, when the north pole of the magnet is pointing

The direction of the neutral points is on the equitorial line of a bar magnet, when the north pole of the magnet is pointing towards

A small bar magnet has a magnetic moment 5Am^2 . The neutral point is obtained on axial line when it is placed in magnetic meridian with its N pole pointing S of earth and neutral point is obtained on equatorial line, when it is placed with its N pole pointing towards north of earth. If horizontal component of earth's field is 0*38G , find the position of neutral points in the two cases.

A small bar magnet has a magnetic moment 5Am^2. The neutral point is obtained on axial line when it is placed in magnetic meridian with its N pole pointing S of earth and neutral point is obtained on equatorial line, when it is placed with its N pole pointing towards north of earth. If horizontal component of earth's field is 0.38G, find the position of neutral points in the two cases.

A small bar magnet is place horizontally in the magnetic meridian with its north pole pointing south ,. A neutral point is formed on the axis of the bar magnet at a distance of 24 cm from its south pole. If the horizontally component of earth's magnetic field is 0.18xx10^(-4) what will be the magnetic field at a distance of 20 cm north of the south pole?

Assertion: Magnetic field strength at a point on axial line of a bar magnet is along South to North pole of magnet. Reason: The magnetic field strength can never be along North to South pole of magnet.