compare the magnetic peoperties of magnetite and an electromagnet
Answers
The defining properties of magnets are that they attract some materials and the opposite poles of other magnets, and repel like poles of other magnets. So if you have two permanent bar magnets, pushing two north (or south) poles together produces a repulsive force, which gets stronger the closer the two ends are brought together. If you bring two opposite poles together (a north and a south) there is an attractive force between them. The closer you bring them together, the stronger this force is.
Ferromagnetic materials – like iron, nickel and cobalt – or alloys containing them (such as steel) are attracted to permanent magnets, even if they aren’t producing a magnetic field of their own. They are only attracted to the magnets, though, and they won’t be repelled unless they start producing a magnetic field of their own. Other materials, such as aluminum, wood and ceramics, aren’t attracted to magnets.
Whereas,
The defining properties of magnets are that they attract some materials and the opposite poles of other magnets, and repel like poles of other magnets. So if you have two permanent bar magnets, pushing two north (or south) poles together produces a repulsive force, which gets stronger the closer the two ends are brought together. If you bring two opposite poles together (a north and a south) there is an attractive force between them. The closer you bring them together, the stronger this force is.
Ferromagnetic materials – like iron, nickel and cobalt – or alloys containing them (such as steel) are attracted to permanent magnets, even if they aren’t producing a magnetic field of their own. They are only attracted to the magnets, though, and they won’t be repelled unless they start producing a magnetic field of their own. Other materials, such as aluminum, wood and ceramics, aren’t attracted to magnets.
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Mohammed Fadil
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