Well this is a simple one to explain. A permanent magnet is a magnet that can not be terminated or "switched off". whilst a temporary magnet can. So i ask you can an electromagnet be turned off. The answer is yes it can though it will have a residual magnetic field for a short period due to residual energy within. I hope this helps I must say that I'm surprised that a teacher did not tell you this during your school life unless you have not reached that part of your school life or you were absent or weren't listening. Nun the less I hope this helps you.
An electromagnet is temporary because the field disappears when the current is switched off.
electromagnet
Electromagnet. Magnetic only when current is flowing in the coil.
Yes
An electromagnet acts as a magnet only while electricity is passing through the coil. Once the electricity is turned off, the electromagnet ceases being a magnet. Electromagnets are much used in scrapyards. Attached to a crane, metal is picked up and deposited into railway wagons, or road haulage vehicles, to be sent for recycling.
An electromagnet is temporary because the field disappears when the current is switched off.
electromagnet
Electromagnet. Magnetic only when current is flowing in the coil.
a temporary magnet can be created by an electromagnet but it can also be created by any type of strong magnet
Yes
An electromagnet acts as a magnet only while electricity is passing through the coil. Once the electricity is turned off, the electromagnet ceases being a magnet. Electromagnets are much used in scrapyards. Attached to a crane, metal is picked up and deposited into railway wagons, or road haulage vehicles, to be sent for recycling.
A magnetic field.
turn it off by unplugging the current source.
By definition an electromagnet is only working when it has a supply of electricity, a Permanent Magnet is always a magnet
the write sentence for the word is a temporary magnet caused by an electric current
A magnet made from a steel paperclip is most likely a(n) temporary magnet.
See compare and contrast permanent vs. temporary magnet. Unless, of course, they are truly two different questions.