Like or the same.
When a magnet is placed next to copper, the magnetic field of the magnet induces an electrical current in the copper due to electromagnetic induction. This effect is known as eddy currents, causing the copper to become magnetized temporarily.
Well, honey, when you put the north pole of one magnet next to the north pole of another magnet, they're gonna repel each other faster than you can say "get me outta here!" It's like trying to force two stubborn mules to kiss - it just ain't gonna happen. Those magnets are gonna push each other away like they're avoiding a bad blind date.
nesting
When two magnets are brought together, the opposite poles will attract one another, but the like poles will repel one another. This is similar to electric charges. Like charges repel, and unlike charges attract.
Place the magnet vertically on the equator, with the north end facing the North Pole.
Magnetism is the force with which objects are attracted or repelled to one another. Usually these objects are metals such as iron. Every magnet has two poles. This is where most of its magnetic strength is most powerful. These poles are called north and south or north-seeking and south seeking poles. The poles are called this as when a magnet is hung or suspended the magnet lines up in a north - south direction. When the north pole of one magnet is placed near the north pole of another magnet, the poles are repelled. When the south poles of two magnets are placed near one another, they also are repelled from one another. When the north and south poles of two magnets are placed near one another, they are attracted to one another. The attraction repelling of two magnets towards one another depends on how close they are to each other and how strong the magnetic force is within the magnet. The further apart of the magnets are the less they are attracted or repelled to one another.
It could be either iron, nickel, cobalt or iron(or some other variation with that stuff included)
Yes electromagnet would be attracted to a magnet provided direct current flows through the coil ie when the electromagnet is activated. As unlike poles attract each other the magnet is to placed accordingly. Otherwise repulsion would take place.
move the magnet faster
Cut one in half, and see if the two bits attract or repel one another. If they do, you have cut the magnet. Otherwise the rod. If you are allowed other equipment, you don't need to cut anything. Make a coil, connect to a meter, and see which rod, when pushed in and out of the coil, induces a current.
A non-magnetic material will not be attracted to a magnet and will not exhibit any magnetic properties. It will not stick to the magnet or experience any noticeable changes in its behavior when the magnet is placed near it.
the arrow goes to the magnet
No, calcite is not attracted to a magnet because it is not a magnetic mineral. Calcite is a non-magnetic mineral and will not exhibit any magnetic properties when placed near a magnet.
When a magnet is placed next to copper, the magnetic field of the magnet induces an electrical current in the copper due to electromagnetic induction. This effect is known as eddy currents, causing the copper to become magnetized temporarily.
That you have placed the magnet towards the northern pole of the unmarked magnet. Like poles retract while opposite poles attract
To replace a shower door magnet effectively and efficiently, follow these steps: Remove the old magnet by unscrewing it or prying it off. Clean the area where the magnet will be placed. Attach the new magnet securely in place. Test the door to ensure the magnet is working properly.
When a nail is placed near a magnet, it can become magnetized due to the magnetic field of the magnet. The magnet induces a magnetic alignment in the nail's iron atoms, causing the nail to exhibit its own magnetic properties. If the magnet is strong enough, the nail may even be attracted to the magnet, demonstrating the principle of magnetism in ferromagnetic materials. Once removed from the magnetic field, the nail may retain some magnetization but will generally lose most of it over time.