A plane of orange light polarized with an electric field amplitude 3x10-4 V/m in the x-direction, is traveling through vacuum in the positive z-direction.
(a) Write an equation describing the electric field in complex exponential form, with all known quantities expressed numerically.
(b) Part of the wave enters an ideal dielectric with e = fo*er = 4 x 10-11 F/m. Calculate the wavelength, wave number, frequency, angular frequency, and velocity of this orange light within the dielectric. Assume the material to be nonmagnetic.
(c) Part of the same wave enters a conductor with a conductivity of 104 S/cm. Calculate the skin depth. By how much will the electric field of this wave be attenuated in traveling through