What happens to the poles of a magnet when it is broken into smaller p...
When a magnet is broken into smaller pieces, each piece retains both a North and a South Pole because the magnetic domains realign themselves.
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What happens to the poles of a magnet when it is broken into smaller p...
Understanding Magnet Poles When Broken
When a magnet is broken into smaller pieces, each piece retains its magnetic properties. Here's a breakdown of why each piece ends up with both a North and a South Pole.
Magnetic Properties Retained
- Each piece of the magnet, regardless of size, becomes a smaller magnet itself.
- This phenomenon occurs because magnetic materials have domains, which are tiny regions where the magnetic fields of atoms align in the same direction.
Formation of New Poles
- When a magnet is split, the magnetic domains in each piece realign.
- As a result, each new piece forms its own North and South Pole.
- The poles are not lost; instead, they are redistributed across the smaller pieces.
Illustration of the Concept
- Consider a bar magnet:
- When broken in half, each half will still have a North Pole on one end and a South Pole on the other.
- This occurs because the magnetic field lines continue to exist around each piece.
Conclusion
- In summary, breaking a magnet into smaller pieces does not eliminate its magnetic properties.
- Each piece retains both a North and a South Pole, allowing them to function as individual magnets.
This understanding is essential for grasping the fundamental properties of magnets in science!
What happens to the poles of a magnet when it is broken into smaller p...
The answer is B because when we broke the magnet into to pieces then it automatically the both the side convert into North and South