Magnetic current
Magnetic current is like a super cool invisible force that makes magnets work! You know how magnets can stick to your fridge or hold papers together? Well, that's because of magnetic current.
You see, every magnet has north and south poles. When you put two magnets together, the north pole of one magnet will stick to the south pole of the other magnet. It's like they are giving each other a high five!
But why do they do this? It's because of the magnetic current flowing inside the magnets. This current is like a bunch of little invisible things called electrons. They are always moving around inside the magnet, kind of like a bunch of tiny cars on a freeway.
Now, the thing about these little electrons is that they all have a north or south pole too. And when they move around in the magnet, they line up all in the same direction. It's like they are all facing the north or south pole of the magnet.
When you put two magnets together, the electrons in one magnet send out a little magnetic field, kind of like a little superhero power. This field pulls on the electrons in the other magnet, which makes them line up too. And when all the electrons in both magnets are facing the same way, they stick together!
So there you have it, magnetic current explained like you're 5 years old. It's just a bunch of little invisible electrons that make magnets stick together like superheroes. Cool, huh?
You see, every magnet has north and south poles. When you put two magnets together, the north pole of one magnet will stick to the south pole of the other magnet. It's like they are giving each other a high five!
But why do they do this? It's because of the magnetic current flowing inside the magnets. This current is like a bunch of little invisible things called electrons. They are always moving around inside the magnet, kind of like a bunch of tiny cars on a freeway.
Now, the thing about these little electrons is that they all have a north or south pole too. And when they move around in the magnet, they line up all in the same direction. It's like they are all facing the north or south pole of the magnet.
When you put two magnets together, the electrons in one magnet send out a little magnetic field, kind of like a little superhero power. This field pulls on the electrons in the other magnet, which makes them line up too. And when all the electrons in both magnets are facing the same way, they stick together!
So there you have it, magnetic current explained like you're 5 years old. It's just a bunch of little invisible electrons that make magnets stick together like superheroes. Cool, huh?
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