Why is iron bromide not magnetic?

Answer 1

Well, sweetie, iron bromide ain't magnetic because the bromide ions mess with the magnetic alignment of the iron atoms. It's like trying to dance with two left feet - just ain't gonna work. So, in the world of chemistry, iron bromide is just a non-magnetic hot mess.

Answer 2

Electrons in orbit around an atomic nucleus usually come in pairs, having opposite spin and hence having magnetic poles pointing in opposite directions, resulting in no net magnetism for the atom. Elemental iron has unpaired electrons making it magnetic. When the iron combines with sulphur, electrons from the iron atoms pair with those of sulphur atoms.

Answer 3

Iron bromide is not magnetic because the bromide ions prevent the alignment of the iron ions in a way that would create a magnetic field. The presence of the bromide ions disrupts the magnetic interactions between the iron ions, resulting in a lack of overall magnetic properties in the compound.

Answer 4

Iron bromide is not magnetic because it has a high-spin configuration of iron ions, which results in the unpaired electrons being oriented in such a way that cancels out the overall magnetic moment. Additionally, the presence of bromide ions can further disrupt the alignment of the spins of the iron ions, leading to a net zero magnetic moment. In contrast, materials that are magnetic typically have aligned magnetic moments due to unpaired electrons in their outermost shells.

Answer 5

It cannot be removed with a magnet because when you mix iron (fe) and sulphur (S) together the iron is mixed with the sulphur so the iron moves with the sulphur

Answer 6

Its magnetic orientation isn't naturally aligned like a permanent magnet. However, when subject to a (electro)magnetic field it can become a magnet.

Answer 7

When iron reacts with something to create a compound, it loses its magnetism

Answer 8

Iron and sulphur cannot be removed or separated with a magnet as Iron is actually made or mixed with the sulphur so , iron cannot be removed from sulphur.