A crayon is made of wax. So no.
the magnet will repel
Yes, a magnet can repel a paperclip if the paperclip is made of a material that is not attracted to the magnet, like aluminum. The magnet's magnetic field will interact with the paperclip's electrons, causing it to repel.
To identify the poles of the unmarked magnet, bring it close to the marked magnet. The north pole of the marked magnet will attract the south pole of the unmarked magnet and repel its north pole. Conversely, the south pole of the marked magnet will attract the north pole of the unmarked magnet and repel its south pole. By observing these interactions, you can determine the poles of the unmarked magnet.
The type of household magnet you are referring to is most likely a neodymium magnet, which is a strong magnet that can repel or attract other magnets. These magnets are commonly used in household items like refrigerator magnets. If one magnet is repelling another, it means they are oriented in such a way that their magnetic fields are pushing against each other, creating a repelling force.
Yes. When unlike poles meet,they attract.When like poles meet, they repel.
the magnet will repel
Repel.
Yes, a magnet can repel a ferromagnetic material if the poles of the magnet and the material are aligned in a way that causes repulsion.
an magnet is a object that attracts or repel
repel
Yes, a magnet can repel a paperclip if the paperclip is made of a material that is not attracted to the magnet, like aluminum. The magnet's magnetic field will interact with the paperclip's electrons, causing it to repel.
opposite
Yes, a magnet can repel a ferromagnetic material under certain conditions, such as when the poles of the magnet are aligned in a way that causes repulsion.
The opposite of attract when referring to a magnet is repel.
Like poles repel, opposites attract. So a N pole of one bar magnet will repel the N pole of another bar magnet. And the same applies to two S poles.
No. It's actually aluminum foil, and aluminum is not ferromagnetic. Aluminum foil can be repelled from a changing magnetic field, though (AC through an electromagnet).
In magnetism, two like poles will repel each other. Remember that opposites attract.