Are all atoms of a ferro conductor attracted in a magnetic field?

[leviterande]

That is what I wondering. When you put a ferromagnetic conductor in a strong magnetic field, the ferro conductor is strongly attracted because of induced strong magnetic dipole moments inside the conductor.
My question: are all or (atleast a large portion) of the atoms of the conductor "feeling this pull" kind of like how gravity pulls all atoms in matter? An explanation if the answer is either yes or a no would be very appreciated.

Thanks

 

[Simon Bridge]

All atoms with a non-zero magnetic dipole will "feel" the magnetic force.
Not all the atoms in a magnet will contribute positively to the bulk/net magnetic force.

 

[leviterande]

Thanks Simon. Ok, so its a portion of the atoms then. Good. how large is this portion or how many atoms of a certain ferro material have a non zero dipole, where can I find that out ?

Thanks

 

[Simon Bridge]

Just checking in: How did you get on with this question?

The answer to your questions depend a great deal on the specific materials and the circumstances.

 

[sardar]

for your question! I can provide some insight into this topic.

To answer your question, it is important to first understand the properties of a ferromagnetic conductor. Ferromagnetism is a phenomenon in which certain materials, such as iron, nickel, and cobalt, exhibit a strong attraction towards magnetic fields and can retain their magnetization even after the external magnetic field is removed.

In a ferromagnetic conductor, the atoms are arranged in a specific crystal structure that allows for strong alignment of their magnetic dipole moments. When a strong external magnetic field is applied, these aligned dipoles become even stronger, resulting in a strong attraction towards the field.

So, to answer your question, yes, all atoms in a ferromagnetic conductor are affected by the external magnetic field and experience a pull towards it. This is because the strong alignment of their magnetic dipole moments makes them highly responsive to the field.

However, it is important to note that the strength of this attraction may vary depending on the individual properties of the atoms and the strength of the external magnetic field. So, while all atoms may be affected, the degree of attraction may differ.

In contrast, gravity affects all atoms in matter equally, regardless of their individual properties. This is because gravity is a fundamental force that acts on all objects with mass. So, while the external magnetic field may have a more selective and variable effect on the atoms in a ferromagnetic conductor, gravity acts on all atoms in the same way.

I hope this explanation helps to clarify your question. If you have any further inquiries, please don't hesitate to ask. As scientists, we are always happy to share our knowledge and insights with others.