In a perfect conductor, the conductivity is infinite, so E = 0 (Eq. 7.3), and any net
Question:
In a perfect conductor, the conductivity is infinite, so E = 0 (Eq. 7.3), and any net charge resides on the surface (just as it does for an imperfect conductor, in electrostatics).
(a) Show that the magnetic field is constant (∂B/∂t = 0), inside a perfect conductor.
(b) Show that the magnetic flux through a perfectly conducting loop is constant.
Step by Step Answer:
a Faradays law says VXE so E 0 0 Br is independent of t b Faradays law in integral ...View the full answer
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