What do the magnetic field patterns shown on the magnetic board indicate about the strength of the magnets?
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There is the simple way to understand that.
If the magnetic lines of forces are more concentrated or more closer then that means there is more stronger magnetic field. The more closer the magnetic lines more will be the strength and vice versa also.
On the other hand if the magnetic lines of forces are uniform then that means the strength of magnetic field will also be the uniform in that area.
Hope this helps.
If the magnetic lines of forces are more concentrated or more closer then that means there is more stronger magnetic field. The more closer the magnetic lines more will be the strength and vice versa also.
On the other hand if the magnetic lines of forces are uniform then that means the strength of magnetic field will also be the uniform in that area.
Hope this helps.
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Magnets create magnetic fields which cannot be seen. They fill the space around a magnet where the magnetic forces work, and where they can attract or repel magnetic materials.
The magnetic field is strongest at the poles, where the field lines are most concentrated.
Taking the example of a compass needle and a magnet, we can see that the compass needle, will point to the north in response to the earth’s magnetic field unless it is near a strong magnet. If the compass is near a strong bar magnet, the opposite poles of the magnets are attracted to each other. If the compass is far away from the bar magnet the compass will always point north because it is not in the bar magnet’s magnetic field.
As it gets closer to the magnet, the compass begins to point more and more toward the magnet as a result of the force, or the magnetic field, of the magnet. The compass needle aligns itself with the magnetic flux lines of the magnet.
The magnetic field is strongest at the poles, where the field lines are most concentrated.
Taking the example of a compass needle and a magnet, we can see that the compass needle, will point to the north in response to the earth’s magnetic field unless it is near a strong magnet. If the compass is near a strong bar magnet, the opposite poles of the magnets are attracted to each other. If the compass is far away from the bar magnet the compass will always point north because it is not in the bar magnet’s magnetic field.
As it gets closer to the magnet, the compass begins to point more and more toward the magnet as a result of the force, or the magnetic field, of the magnet. The compass needle aligns itself with the magnetic flux lines of the magnet.
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