Current-time diagram of a conductor loop approaching a magnet?
Hello everyone
The following: I'm wondering what the current-time diagram of a conductor loop would look like if it were approaching a magnet. Is it simply a sine wave? Or something else? Here are the diagrams of the voltage and magnetic flux. Perhaps we can derive something from them?
LG
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It applies: I=U/R. So it all comes to the relentlessness. If the resistance is constant, the current is proportional to the voltage.
If you want it to be quite accurate, it becomes a little more complicated… because the flowing current creates a magnetic field that counteracts the cause. Thus, current/resistance influence the resulting voltage. But since the voltage is given here, this is not relevant.