360631 At a certain place, the angle of dip is \(30^{\circ}\) and the horizontal component of earth's magnetic field 0.50 oerested. The earth's total magnetic field (in oerested) is

360632 Statement A :
Magnetic field strength at a point on axial line of a bar magnet is along south to north pole of magnet.
Statement B :
The magnetic filed strength can never be along north to south pole of a magnet.

360633 The force experienced by a pole of strength 100 \(Am\) at a distance of 0.2\(m\) from a short magnet of length 5\(cm\) and pole strength of 200\(Am\) on its axial line will be

360634 The ratio of magnetic fields due to a bar magnet at the two axial points \(P_{1}\) and \(P_{2}\) which are separated from each other by 10 \(cm\) is \(25: 2\). Point \(P_{1}\) is situated at 10\(cm\) from the centre of the magnet. Magnetic length of the bar magnet is (points \(P_{1}\) and \(P_{2}\) are on the same side of magnet and distance of \(P_{2}\) from the centre is greater than distance of \(P_{1}\) from the centre of magnet)

360631 At a certain place, the angle of dip is \(30^{\circ}\) and the horizontal component of earth's magnetic field 0.50 oerested. The earth's total magnetic field (in oerested) is

360632 Statement A :
Magnetic field strength at a point on axial line of a bar magnet is along south to north pole of magnet.
Statement B :
The magnetic filed strength can never be along north to south pole of a magnet.

360633 The force experienced by a pole of strength 100 \(Am\) at a distance of 0.2\(m\) from a short magnet of length 5\(cm\) and pole strength of 200\(Am\) on its axial line will be

360634 The ratio of magnetic fields due to a bar magnet at the two axial points \(P_{1}\) and \(P_{2}\) which are separated from each other by 10 \(cm\) is \(25: 2\). Point \(P_{1}\) is situated at 10\(cm\) from the centre of the magnet. Magnetic length of the bar magnet is (points \(P_{1}\) and \(P_{2}\) are on the same side of magnet and distance of \(P_{2}\) from the centre is greater than distance of \(P_{1}\) from the centre of magnet)

360631 At a certain place, the angle of dip is \(30^{\circ}\) and the horizontal component of earth's magnetic field 0.50 oerested. The earth's total magnetic field (in oerested) is

360632 Statement A :
Magnetic field strength at a point on axial line of a bar magnet is along south to north pole of magnet.
Statement B :
The magnetic filed strength can never be along north to south pole of a magnet.

360633 The force experienced by a pole of strength 100 \(Am\) at a distance of 0.2\(m\) from a short magnet of length 5\(cm\) and pole strength of 200\(Am\) on its axial line will be

360634 The ratio of magnetic fields due to a bar magnet at the two axial points \(P_{1}\) and \(P_{2}\) which are separated from each other by 10 \(cm\) is \(25: 2\). Point \(P_{1}\) is situated at 10\(cm\) from the centre of the magnet. Magnetic length of the bar magnet is (points \(P_{1}\) and \(P_{2}\) are on the same side of magnet and distance of \(P_{2}\) from the centre is greater than distance of \(P_{1}\) from the centre of magnet)

360631 At a certain place, the angle of dip is \(30^{\circ}\) and the horizontal component of earth's magnetic field 0.50 oerested. The earth's total magnetic field (in oerested) is

360632 Statement A :
Magnetic field strength at a point on axial line of a bar magnet is along south to north pole of magnet.
Statement B :
The magnetic filed strength can never be along north to south pole of a magnet.

360633 The force experienced by a pole of strength 100 \(Am\) at a distance of 0.2\(m\) from a short magnet of length 5\(cm\) and pole strength of 200\(Am\) on its axial line will be

360634 The ratio of magnetic fields due to a bar magnet at the two axial points \(P_{1}\) and \(P_{2}\) which are separated from each other by 10 \(cm\) is \(25: 2\). Point \(P_{1}\) is situated at 10\(cm\) from the centre of the magnet. Magnetic length of the bar magnet is (points \(P_{1}\) and \(P_{2}\) are on the same side of magnet and distance of \(P_{2}\) from the centre is greater than distance of \(P_{1}\) from the centre of magnet)