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Stroking typically refers to the act of touching or rubbing an object, and it is not inherently a magnetic object itself. However, if you stroke a magnetic object, such as a magnet, you can enhance its magnetic properties temporarily by aligning the magnetic domains within it. In general, the act of stroking does not define an object's magnetic nature; rather, it is the material composition that determines whether an object is magnetic.
Shrapnel itself is not inherently magnetic; its magnetic properties depend on the materials from which it is made. Most shrapnel is composed of steel or other ferrous materials, which are magnetic. However, shrapnel made from non-ferrous materials, such as aluminum or plastic, would not exhibit magnetic properties. Thus, whether shrapnel is magnetic depends on its composition.
A magnet can be made in the shape of a ring but the poles run from the front to the back of the ring not around it. However it should be kept in mind that rings such that are worn are generally not made of material that is magnetic.
if rust is forming on a wheelbarrow, it is already magnetic. Rust is Iron Oxide, and a wheelbarrow must be made of iron if there is rust on it. Iron is always magnetic, so an iron wheelbarrow would be magnetic regardless of whether it had no rust or lots of rust on it.
No electromagnetic radiation, whether ionizing or not, is affected by an electric field or by a magnetic field.
If you mean whether the Sun rotates around an axis: yes, it does.
Get a magnet that's free to turn in any direction ... a boy-scout compass will do nicely.Place it in the magnetic field. It rotates to point in the direction of the field 'lines' atthat location. (I forget whether it's the north or south pole of the compass that pointsin the direction of the magnetic field, or opposite to it.)If you like, move your detector slowly, always following the direction in which it points,and you'll trace out a complete 'line' of the magnetic field.
its atomic structure and the alignment of its magnetic dipoles. Materials with unpaired electrons and certain crystal structures are more likely to be magnetic. Temperature and external magnetic fields can also affect a material's magnetic properties.
yes that's right
There is no definitive answer to whether Earth will lose its magnetic field in the future. Scientists believe that the magnetic field has weakened and shifted in the past, but it is uncertain if it will disappear completely.
Stroking typically refers to the act of touching or rubbing an object, and it is not inherently a magnetic object itself. However, if you stroke a magnetic object, such as a magnet, you can enhance its magnetic properties temporarily by aligning the magnetic domains within it. In general, the act of stroking does not define an object's magnetic nature; rather, it is the material composition that determines whether an object is magnetic.
Shrapnel itself is not inherently magnetic; its magnetic properties depend on the materials from which it is made. Most shrapnel is composed of steel or other ferrous materials, which are magnetic. However, shrapnel made from non-ferrous materials, such as aluminum or plastic, would not exhibit magnetic properties. Thus, whether shrapnel is magnetic depends on its composition.
Whether an object floats or not does not depend on whether it is magnetic. An object will float if it is less dense than the fluid in which it is placed.
Depends whether Direct Current or Alternating Current. Only Alternating Current produces magnetic field.
Whether or not you use it, there's always a magnetic field surrounding an electric current.When anything that can respond to a magnetic force is brought close enough to the current,it does feel a magnetic force.
"Magnetic therapy is an alternative medicine that claims to have health benefits. Although it is on an individual basis whether or not that person feels any biological or physical improvements, there has been no proof that magnetic therapy really is beneficial."
Yes, by subjecting the object to a strong magnetic field or changing its temperature, it is possible to alter its magnetic properties. This process is known as magnetization or demagnetization depending on whether the object's magnetism is increased or decreased.