By making it an electromagnet. Include it in a circuit.
The mass of a sphere is 4/3*pi*r3*d where r is the radius of the sphere and d is the density of the material of the sphere.
the tropical-plantation sphere
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It might be Giratina, Palkia or Dialga. But when you talk to Elder she will tell you that the three shapes around the sphere can be Giratina, Palkia and Dialga and the sphere is Arceus.
A circle through the Earth's sphere perpendicular to the observer's latitude
By making it an electromagnet. Include it in a circuit.
Magnets can be in any shape. You can have a sphere of iron and magnetize it. I don't believe it is commonly used in practice, but it is certainly possible.Magnets can be in any shape. You can have a sphere of iron and magnetize it. I don't believe it is commonly used in practice, but it is certainly possible.Magnets can be in any shape. You can have a sphere of iron and magnetize it. I don't believe it is commonly used in practice, but it is certainly possible.Magnets can be in any shape. You can have a sphere of iron and magnetize it. I don't believe it is commonly used in practice, but it is certainly possible.
No.
You can magnetize a paper clip by passing it repeatedly over a large magnet.
You cannot magnetize a permanent magnet because it is already magnetized.
never
No
magnetize
magnetize
No its not a metal.
duct tape a magnet to it.
No. There is no metal in a diamond to magnetize.