mingee kim
- 2
- 0
Doesn't Faraday's law of induction say the same thing? that emf is related to the rate change of magnetic flux? and magnetic flux = BA cos thetaTSny said:Welcome to PF!
You do not have any motional emf in this problem since the coil is not moving (v = 0).
Try using the most general form of Faraday's law of induction.
I'm not sure what you mean by the "same thing" here.mingee kim said:Doesn't Faraday's law of induction say the same thing?
Yes, good.that emf is related to the rate change of magnetic flux? and magnetic flux = BA cos theta
Would it be more appropriate to say that emf is related to the rate of change of B?so the emf is related to the magnetic field strength?
mingee kim said:Doesn't Faraday's law of induction say the same thing? that emf is related to the rate change of magnetic flux? and magnetic flux = BA cos theta
so the emf is related to the magnetic field strength?
Ahh, it makes sense now. Thank you!TSny said:ropriate to say that emf is related to the rate of change of B?