- #1
MrSponge
- 20
- 0
I was just wondering and I looked and couldn't find anything. I suppose i could experiment it my self but anyway.
If I had a wire with an electrical current flowing through, just say 10Amp; and I pass a magnet near the wire, would it slow the current down? Or increase the resistance? I know a solenoid has an effective resistance, that can be derived from its Inductance in Henries.
Also if there is an effect, would the effect be greater if I wrapped the wire in a coil around the magnet.
So I am asking, is there an effect? If so by how much? and how can it be calculated using equations?
Thanks for some future replies. :)
If I had a wire with an electrical current flowing through, just say 10Amp; and I pass a magnet near the wire, would it slow the current down? Or increase the resistance? I know a solenoid has an effective resistance, that can be derived from its Inductance in Henries.
Also if there is an effect, would the effect be greater if I wrapped the wire in a coil around the magnet.
So I am asking, is there an effect? If so by how much? and how can it be calculated using equations?
Thanks for some future replies. :)