16.360 Lecture 23. Static field. Dynamic Field. 16.360 Lecture 23. Faraday’s Law. 16.360 Lecture 23. Electromotive force. Stationary Loop in a Time-varying Magnetic field. Lenz’s law. 16.360 Lecture 23. Faraday’s law, differential form. An example:.
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Stationary Loop in a Time-varying Magnetic field
Faraday’s law, differential form
(a) The magnetic flux link of a single turn
of the inductor.
(b) The transformer emf,.
(c) The polarity of the emf.
(d) The induced current.
Determine the voltage drops across the
The ideal Transformer properties:
Moving conductor in a static magnetic field:
Another way to look at it:
The electromagnetic generator
Moving conductor in a time-varying magnetic field
Displacement current density
charge current continuity equation
steady state integral form
Kirchhoff’s current law
if no free charge, trans-wave, why?