The strength of a temporary magnet is primarily determined by the material's magnetic permeability, the strength of the external magnetic field applied, and the duration of exposure to that field. The alignment of the material's magnetic domains also plays a crucial role; the more aligned they are, the stronger the magnetization. Temperature can affect magnet strength as well, as higher temperatures can disrupt the alignment of domains. Lastly, the size and shape of the magnet can influence its overall strength.
It depends on how you magnetize the temporary magnet.Material: Hard steel are harder to magnetize but harder to demagnetize compared to soft iron, so depending on duration, hard steel might be better (the longer the duration the better hard steel will be)Strength of original magnet (by induced magnetism): Of course, the stronger the first magnet, the more magnetism will be transferred.Number of coils (by electromagnetism): The more the merrier of course, where more coils mean more current flowing through (or around) it.
No, as in this case,the rod is the magnet,and the strength of a magnet does not depend on its size.
The one that the field strength is stronger
The one that the field strength is stronger
The strongest type of magnet typically found in a normal household is a neodymium magnet. These magnets are known for their strength and are commonly used in various household items such as refrigerator magnets and magnetic clips.
It depends on how you magnetize the temporary magnet.Material: Hard steel are harder to magnetize but harder to demagnetize compared to soft iron, so depending on duration, hard steel might be better (the longer the duration the better hard steel will be)Strength of original magnet (by induced magnetism): Of course, the stronger the first magnet, the more magnetism will be transferred.Number of coils (by electromagnetism): The more the merrier of course, where more coils mean more current flowing through (or around) it.
When a magnet is heated, its atoms vibrate more vigorously and align more easily, increasing the overall magnetic field strength. However, this effect is temporary, as the magnet will lose its strength once it cools back down due to the realignment of the atomic structure.
I would suggest learning English first, YOU MORON
If a bar of copper is brought near a magnet and rubbed it will get magnetized and would behave like magnet. But this would be temporary and this property would wear after some days.
A temporary magnet, such as an electromagnet, can attract iron but only for a short period of time. This type of magnet requires an external power source to create a magnetic field, which can be turned on and off as needed.
it would have to be a rock containing the mineral Iron. which would then have to be magnetized to create a temporary magnet, or a permanent magnet if prepared properly
A temporary magnet is a material that becomes magnetic when placed in a magnetic field and loses its magnetism when the magnetic field is removed. This differs from a permanent magnet which retains its magnetism without the need for an external magnetic field. Temporary magnets are often made from materials like iron, steel, or nickel.
Magnet has two poles. The Pole strength depends on flux that emanate from it. The pole strength is measured in Amp-m. If we know magnetic moment the pole strength can be calculated as magneticmoment/length of magnet
No, as in this case,the rod is the magnet,and the strength of a magnet does not depend on its size.
The magnetic field would propagate through the material and extend itself for the length of the magnetic material in contact. As long as there is contact there is no pole present. When contact is broken the pole would be the opposite to the pole it was in contact with
Grape jelly can. I know this souunds weird but as I was making a sanwhich I dropped jelly on my magnet. Me being curious I wanted to see if it would affect it's strength, and it did. Your Welcome
The one that the field strength is stronger