Thats hard to say, what you want to know.
First, when current is inducted into a Coil, the Coil itself will build a Field,
where N will be there, the Current will go to, either near the outer or inner End.
Then depends, how this N pole from the Coil lay to the repelling Magnets.
General what i did see at the Coils is, when you induce more repeling Magnets, it will give more Amps, when they are opposite, it will give more Current at the Coil.
Like float from Water at pressure at a Tube.
But i think, when Magnets or Magnetfields repel, they sproad the Force circular, so maybe this Magnets are better at center or in the Coil.
And there will be sure a different, what kind of Coil you use, bifilar, Flat or normal Coil.
But for generating i think, bifilar are still better.
And for the Induction, it is usual the crossing magnetic field lines, what generate the current.
Therefor i found out, that you get at 45° to the field the best induction, but i only use it hardly.
And hard to figure out for me most time, where the right 45° is ..
First, when current is inducted into a Coil, the Coil itself will build a Field,
where N will be there, the Current will go to, either near the outer or inner End.
Then depends, how this N pole from the Coil lay to the repelling Magnets.
General what i did see at the Coils is, when you induce more repeling Magnets, it will give more Amps, when they are opposite, it will give more Current at the Coil.
Like float from Water at pressure at a Tube.
But i think, when Magnets or Magnetfields repel, they sproad the Force circular, so maybe this Magnets are better at center or in the Coil.
And there will be sure a different, what kind of Coil you use, bifilar, Flat or normal Coil.
But for generating i think, bifilar are still better.
And for the Induction, it is usual the crossing magnetic field lines, what generate the current.
Therefor i found out, that you get at 45° to the field the best induction, but i only use it hardly.
And hard to figure out for me most time, where the right 45° is ..
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