Unless one or both iron nails are magnetized, then nothing will happen. If one nail is magnetized, then the other nail will be attracted to the magnetized nail.
When an object is magnetized, the alignment of the electrons within the atoms of the material becomes coordinated, creating a magnetic field. This alignment allows the material to exhibit magnetic properties such as attracting or repelling other objects.
IRON OXIDE
Materials that can be magnetized are usually those that contain magnetic elements like iron, nickel, and cobalt. This is because the atoms in these materials have unpaired electrons that align in a consistent direction to create a magnetic field. Other materials, like steel and some alloys, can also be magnetized due to their composition and atomic structure.
Iron is magnetic because it has unpaired electrons in its outer shell that align in the presence of a magnetic field. Nickel and copper do not have as many unpaired electrons in their outer shell, making them non-magnetic under normal conditions.
When an iron object is magnetized, the electrons in the iron align their magnetic moments in the same direction, creating a magnetic field within the object. This alignment of magnetic moments enhances the overall magnetic properties of the iron object, making it magnetic as well.
Unless one or both iron nails are magnetized, then nothing will happen. If one nail is magnetized, then the other nail will be attracted to the magnetized nail.
Unless one or both iron nails are magnetized, then nothing will happen. If one nail is magnetized, then the other nail will be attracted to the magnetized nail.
Unless one or both iron nails are magnetized, then nothing will happen. If one nail is magnetized, then the other nail will be attracted to the magnetized nail.
No. Only a hand-full of metals can be magnetized, for example iron, nickel and cobalt.
Like poles will repel.Unlike poles will attract.
When an object is magnetized, the alignment of the electrons within the atoms of the material becomes coordinated, creating a magnetic field. This alignment allows the material to exhibit magnetic properties such as attracting or repelling other objects.
Unless one or both iron nails are magnetized, then nothing will happen. If one nail is magnetized, then the other nail will be attracted to the magnetized nail.
Pure iron that has not been bonded with other substances such as aluminum or silicon. The presence of these substances keeps the magnetic dipoles (electrons, each of which acts like a tiny magnet due to its spin) aligned once magnetized and therefore the material remains magnetized. This does not occur in pure iron.
It will stick to either pole, providede that the iron is not magnetized and that it is not above the Curie temperature (the temperature above which iron can no longer be magnetized, named after Marie and Pierre Curie).
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