Magnetic field induction enigma?

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SUMMARY

The discussion centers on the principles of magnetism, specifically the alignment of magnetic domains in ferromagnetic materials that leads to attraction to magnets. It is established that when an object sticks to a magnet, it exhibits dipole action, creating a north and south pole. The conversation also clarifies that paramagnetic materials are not strongly attracted to magnets, and common materials like cellulose do not exhibit significant magnetic attraction.

PREREQUISITES
  • Understanding of magnetic domains and their alignment
  • Knowledge of ferromagnetic and paramagnetic materials
  • Familiarity with magnetic dipoles
  • Basic principles of magnetism
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  • Research the properties of ferromagnetic vs. paramagnetic materials
  • Explore methods for identifying magnetic properties without measuring tools
  • Study the concept of magnetic dipoles and their behavior in magnetic fields
  • Investigate the alignment of magnetic domains in various materials
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Students, educators, and enthusiasts in physics, particularly those interested in magnetism and material science.

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Hello all!
I was researching about magnetism to investigate the processes which occur when a magnetic object is stuck onto a magnet. I gather that this will be due to the alignment of magnetic domains and as such, the sum of all these electron spins in one direction will cause the attraction to take place. (Am I wrong?)

Subsequently, if I was to place anything onto a magnet and it stuck, would there be a dipole action occurring in that object i.e will the object have a north and south pole?

And incidentally, how would one know if an object is ferromagnetic or paramagnetic without measuring tools etc? If the said object was extremely attracted to the magnet but is not magnetised at all (when removed from the field) is paramagnetic?

Thank you so much in advance people :D and i know it is a bit of a 'tldr' ><
 
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You've got the idea. But paramagnetic substances won't be 'extremely attracted' to the magnet. Most substances around us are paramagnetic; I'd guess cellulose is, but you don't find wood and paper strongly attracted to ordinary magnets.
 

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