How are the magnetic field lines near the south pole of a magnet affected when a second south pole is brought near it? The field lines combine with the lines around the second south pole. The field lines overlap with the lines from the second south pole. The field lines bend toward the second south pole. The field lines bend away from the second south pole.

Magnetic line of force are forces acting on a bar magnet in the magnetic field. It specifies the direction in which a magnet tends to move when placed in the field.

For bar magnets with south poles, the magnetic line of force tends to move away from the south poles of both magnets thereby creating a force of opposition between them since like poles of a magnet repels each other.

ogorwyne ogorwyne · Answer 2 · 2021-11-12T19:24:12+01:00

The effect of a magnetic field line of a south pole near another south pole is that the field lines would bend away from the second south pole.

The last option here is the correct answer. The reason why it is correct is because of the fact that they are alike. The rule of thumb is that like poles repel each other while unlike poles attract each other.

When the two poles are different, that is north poles and south poles, the field line would bend towards each other because there is an attraction.

In conclusion the magnetic fields around both south poles would cause it to repel and the field lines would bend from the second.

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