Question

The confusion,

Answer 1

@Jemurray3 Okay here is a confusing question...
Lets assume we have path, that is a round circe:


And within that path a conductor moves, (i/e rotates). There are magnetic fields at certain points in that path:
Where the conductor passes them.

Now if the conductor generally moves around that path in t = 0.100 seconds, when it passes the magnetic field is \[\Delta t = 0.100 Seconds\] ?
I think it should be less since the whole revolution is 0.100 then the time passing those magnetic fields should be a lot shorter?

Answer 2

Or is the change in time relative only when the conductor is in the magnetic field? Which is a small distance and if it took 0.100 seconds to rotate a path that's area is 1 m^2 than those points in magnetic field should have a smaller distance thus a much shorter time i guess :S?

Answer 3

I have no idea what you're talking about, to be honest. What are you asking?