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When a magnet is exposed to a strong magnetic field from another magnet, the alignment of its magnetic domains can be disrupted, causing it to lose its magnetism and become demagnetized.
If a magnet touches your iPod touch, it may interfere with the device's internal components, such as the compass or the hard drive if it's a traditional HDD. This interference could potentially cause malfunctions or data loss. It's best to keep magnets away from electronic devices.
The strength of a neodymium magnet is determined by factors such as the grade of the magnet, the size and shape of the magnet, the temperature it is exposed to, and the presence of any external magnetic fields.
A magnet can lose its magnetism if exposed to high temperatures. If heated above the point called the Curie temperature, a magnet will lose its magnetism.
Is it an Ipod touch? Ho;d the home and power button at the same time until the apple logo appers. It happened to my ipod, but everything recovered :)
It destroys the hardware inside the ipod and it stops working
iron oxide, which forms a magnetic field when exposed to a magnetic field. This property allows magnetite to be attracted to a magnet.
Yes, a magnet will stick to steel wool, including Brillo pads, because they are made from steel, which is a ferromagnetic material. When exposed to a magnetic field, the iron in the steel wool is attracted to the magnet, allowing it to stick.
Nickels are made of an alloy that contains nickel, which is a magnetic element. When exposed to a magnet, the magnetic field generated by the magnet causes the nickel atoms to align in the same direction, creating a magnetic attraction between the nickel and the magnet.
A magnet gets excited when it is exposed to a magnetic field that aligns its magnetic domains in the same direction, enhancing its magnetic properties. This alignment increases the magnet's overall strength and allows it to attract or repel other magnetic objects more effectively.
To make a magnet, a material with magnetic properties (such as iron, cobalt, or nickel) is exposed to a magnetic field. This aligns the magnetic domains within the material, creating a permanent magnet that retains its magnetism. Additional processes like heating or cooling may be involved to enhance the magnet's properties.