Magnetism and Attraction: Investigating the Properties of Magnets

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SUMMARY

The discussion centers on the properties of magnets, specifically addressing the identification of two electrically neutral metal cylinders that exert strong attractive forces on each other. Participants conclude that both cylinders are likely magnets rather than one being a piece of iron, as the attraction indicates magnetic properties. Additionally, it is established that no object can be repelled by both ends of a bar magnet due to the inherent nature of magnets having distinct north and south poles.

PREREQUISITES
  • Understanding of basic magnetism principles, including magnetic poles.
  • Familiarity with the concept of magnetic attraction and repulsion.
  • Knowledge of the properties of materials, specifically ferromagnetic materials.
  • Awareness of the concept of magnetic monopoles and their theoretical implications.
NEXT STEPS
  • Research the properties of ferromagnetic materials and their behavior in magnetic fields.
  • Explore experiments demonstrating magnetic attraction and repulsion using various materials.
  • Study the theoretical implications of magnetic monopoles and current scientific consensus.
  • Investigate applications of magnetism in technology, such as magnetic levitation and magnetic storage devices.
USEFUL FOR

Students studying physics, educators teaching magnetism concepts, and anyone interested in the fundamental properties of magnets and their applications in real-world scenarios.

logix24
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Homework Statement



a) You have two electrically neutral metal cylinders that exert strong attractive forces on each other. You have no other metal objects. Can you determine if both of the cylinders are magnets, or if one is a magnet and the other just a piece of iron? If so, how? If not, why not?

b) Can you think of any kind of object that is repelled by both ends of a bar magnet? If so, what? If not, what prevents this from happening?

Homework Equations



Magnet Orientation: Magnetic North Poles attract Magnetic South Poles, and vice versa

The Attempt at a Solution



a) I would assume that that since the question states that both cylinders are exerting strong attractive forces on each other, then they both are probably magnets, rather than one of them being just a magnetic material...

b) I would guess there's not such object because every magnet has a north pole and south pole, and therefore an object will attract one of these ends, even if that object is a monopole.

Do these answers sound correct? Thx;
 
Last edited:
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logix24 said:

The Attempt at a Solution



a) I would assume that that since the question states that both cylinders are exerting strong attractive forces on each other, then they both are probably magnets, rather than one of them being just a magnetic material...

b) I would guess there's not such object because every magnet has a north pole and south pole, and therefore an object will attract one of these ends, even if that object is a monopole.

a) Strong is a subjective concept, and absolutely throws no light whatever on the problem at hand.

b) You are going in the right direction! Just gather your thoughts and write exactly how you would utilise this property of a magnet having poles to find out which is which. (There are no monopoles, of course.)
 
Asking oneself these various combinations will help:

Can you make a magnet attract a magnet?
Can you make a magnet repel a magnet?
Can you make a magnet attract a piece of iron?
Can you make a magnet repel a piece of iron?
 

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