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When two magnets are brought close to each other, the magnetic force between them either attracts or repels the magnets depending on their orientation. If the poles are opposite (North and South), they attract each other. If the poles are the same (North and North, or South and South), they repel each other.

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Q: What happens to the magnetic force when two magnets are brought close to each other?
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What happens when a magnets magnetic field lines are close together?

When a magnet's magnetic field lines are close together, it indicates a strong magnetic field. The magnetic field strength is higher, leading to more intense interactions with nearby objects and potentially stronger magnetic forces acting between the magnet and other magnetic materials.


How do bar magnets work?

Bar magnets work by having magnetic domains aligned in the same direction within the material. This alignment creates a magnetic field around the magnet that can attract or repel other magnetic materials. When two bar magnets are brought close together, their magnetic fields interact, causing them to either attract (if the poles are opposite) or repel (if the poles are the same).


When two magnets are brought close together what happens?

If they are brought together by their ends they'll repel each other. In other way, they'll attract each other.


How can the behavior of two magnet show the presence of a magnetic force?

The behavior of two magnets can show the presence of a magenetic for as follows:Unlike poles will attractLike poles will repel


Can magnets be damaged by storing them close to other stronger magnets?

Yes, storing magnets close to other stronger magnets can cause them to be demagnetized or have their magnetic properties weakened. Additionally, strong magnets can attract each other with such force that they can chip, crack or shatter if not handled carefully.


What are some examples of induced magnets?

Some examples of induced magnets are when a piece of iron is brought close to a permanent magnet and becomes temporarily magnetized, or when an electric current flowing through a coil of wire induces magnetism in a nearby object. Magnetic induction can also occur in materials like nickel or cobalt when placed in a magnetic field.


What household goods use magnets?

There are a lot of normal household items that contain magnets. One item is the refrigerator, which uses a magnet in its closing mechanism. Some ovens use magnets to keep the door closed. Fridge magnets.Some household items that use magnets are the fridge and freezer. Other than those, I do not believe there is anymore.


Do you need 2 magnets to have a magnetic interaction?

No, one magnet can interact with other magnetic materials or objects without the need for another magnet. The magnetic field of a single magnet can attract or repel other magnetic materials based on their orientation and properties.


Will aluimiun stick to magnets?

Aluminum is not inherently attracted to magnets because it is not a ferromagnetic material. However, if aluminum is in very close proximity to a strong magnetic field, it may exhibit some temporary magnetic properties due to electromagnetic induction, but it will not "stick" to magnets like iron or steel.


Can magnets also repel metal?

Yes, magnets can repel certain types of metal, specifically those that are ferromagnetic. When two magnets with like poles facing each other are brought close, they will exert a repelling force on each other. This repelling force can also act on certain metals, causing them to be repelled by the magnet.


What happens when like poles of two magnets are bought close?

If they come end-to-end, they will either attract or repel depending on the polarity.If you bring the sides together, they often will slide to bring their ends + & - ends together.


Why does steel stick to a magnet?

Steel contains iron, which is a ferromagnetic material. When a magnet is brought close to steel, the magnetic fields created by the magnet cause the magnetic domains in the steel to align, resulting in attraction and the steel sticking to the magnet.