Answer:
Under what conditions do magnets interact with each other are observable?
We can observe magnets interact with each other when they are close enough that their magnetic fields meet, of course, the strength of the magnets matters so the distance will vary.
Explanation:
What we can see while playing with two magnets and observing how they interact:
- The magnets may join together
- The magnets may also repel each other
When the two magnets appear to magically stick together, it means that the two opposite poles attracted each other. This is the only way to magnets will combine. On the other hand, when two magnets repel each other as you push them together, this means that you have the same magnetic poles facing each other. So the way magnets interact depends on the combination of poles facing each other.
The two poles of any magnet are:
So the north pole of the magnet will only be attracted to the south pole of the other magnet, both poles will push the magnet away when identical poles meet, and yes these interactions are quite observable.
It is impossible to isolate a single magnetic pole, which means that chopping a single bar magnet will give you two smaller bar magnets with the same two poles on each of them. This is because of the magnetic field lines around each one always forms a loop, the field moves from north to south. The magnets will interact in the same way as before.
Click on the links for more information:
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