Can the Attractive Force Between a Metallic Object and a Magnet be Quantified?

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The discussion centers on quantifying the attractive force between a metallic object and a magnet. While it is possible to measure this force, it can be challenging, especially if the metallic object is not ferromagnetic, as the attraction would be minimal. Most common metals are not ferromagnetic, which complicates the measurement. Participants note that specific formulas or equipment may be necessary for accurate quantification. Overall, understanding the material properties of the metallic object is crucial for assessing the force involved.
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This may be a dumb question but I am so lost and would appreciate any help!

Is there a way to quantify the attractive force between a metallic object and a magnet?

With numbers not qualitatively? I was under the impression that with a metallic object everything was microscopic so itd be impractical..

but is there a way? formula or equipment?

Please help me and thank you so much in advance
 
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It is possible, but in general it is tricky to do.
I don't think that "metallic object" is what you are looking for - if it is not ferromagnetic, the force is usually negligible. Many metallic objects in daily life are made out of iron, which is ferromagnetic, but most metals are not.
 
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