The strength of any electromagnet changes when the current (amperes)
or the number of 'turns' of wire in its wire coil changes. Increasing either
of them makes the magnet stronger.
scrap heap magnets are like electromagnets. electromagnets are wire coils usually raped around a soft iron core turns on and off easy . When connected to a DC voltage or current source, the electromagnet becomes energized, creating a magnetic field just like a permanent magnet. The magnetic flux density is proportional to the magnitude of the current flowing in the wire of the electromagnet. By turning on the magnet it creates a magnetic field attracting metals such as iron, nickel, cobalt and some alloys
I dont know thats why im asking:)
Dose scrap magnets HAVE ANY VALUE
Vacuum has no effect on the actions of magnets.
You repel me, Mike.The magnets repel each other.We must repel the enemy assault.
Repel each other
Let's pretend that we do not know about the law that opposite poles attract and alike poles repel. We experiment with two magnets. And we find that sometimes we can make the magnets repel, and sometimes we can make them attract. Magnets like every other Mass in the universe, are made of Atoms,, including you, and me.
They are used everyday to move scrap iron around the scrap yard...
Rap a metal rod in electric wire
Yes, a scrap heap magnet works in the exact same way as a normal magnet but on a large scale. Iron, Cobalt and Nickel are all magnetic elements.
Dose scrap magnets HAVE ANY VALUE
No, magnets cannot repel metal. To repel something with a magnet it would have to have a magnetic field.
Magnets attract or repel other magnets thanks to something called the magnetic force.
forever
well basically anthing that is made out of metal and steel, will move on a scrap heap magnet.
A scrap heap magnet attracts steel - but not steel with a high chromium or nickel content
Usually magnets attract any iron based metals. Magnets usually only attract or repel other magnets
manully
Two alike magnets repel because of the way that the magnetic force flows from each Pole.