1. An EM wave with an electric-field amplitude of Eo propagates in a dielectric is incident along the surface normal of an ideal conductor. (1) What are the tangential components of the electric fields at the dielectric-conductor boundary? what is the amplitude of the surface current induced on the conductor surface?
1. An EM wave with an electric-field amplitude of Eo propagates in a dielectric is incident along the surface normal of an ideal conductor. (1) What are the tangential components of the electric fields at the dielectric-conductor boundary? what is the amplitude of the surface current induced on the conductor surface?
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1 and 2 indicates first and second question not points!
Transcribed Image Text:1. An EM wave with an electric-field amplitude of Eo propagates in a dielectric is
incident along the surface normal of an ideal conductor. (1) What are the tangential
components of the electric fields at the dielectric-conductor boundary?
what is the amplitude of the surface current induced on the conductor surface?
(2)
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