6.2-5 Refraction at the Brewster Angle. Use the condition n1 sec 01 = n2 sec 02 and Snell'slaw, n, sin 61 = n2 sin 62, to derive (6.2-12) for the Brewster angle. Also show that at theBrewster angle, 0 + 02 = 90°, so that the directions of the reflected and refracted waves areorthogonal, and hence the electric field of the refracted TM wave is parallel to the directionof the reflected wave. The reflection of light may be regarded as a scattering process inwhich the refracted wave acts as a source of radiation generating the reflected wave. At theBrewster angle, this source oscillates in a direction parallel to the direction of propagation ofthe reflected wave, so that radiation cannot occur and no TM light is reflected. Ishes woerangie.OB= tan (n2/n1)(6.2-12)Brewster Angle

The incident angle at which a polarized light is transmitted through a transparent surface with no…

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OB = = tan (n2/n1) (6.2-12) Brewster Angle

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

6.2-5 Refraction at the Brewster Angle. Use the condition n1 sec 01 = n2 sec 02 and Snell's
law, n, sin 61 = n2 sin 62, to derive (6.2-12) for the Brewster angle. Also show that at the
Brewster angle, 0 + 02 = 90°, so that the directions of the reflected and refracted waves are
orthogonal, and hence the electric field of the refracted TM wave is parallel to the direction
of the reflected wave. The reflection of light may be regarded as a scattering process in
which the refracted wave acts as a source of radiation generating the reflected wave. At the
Brewster angle, this source oscillates in a direction parallel to the direction of propagation of
the reflected wave, so that radiation cannot occur and no TM light is reflected.

Ishes woer
angie.
OB
= tan (n2/n1)
(6.2-12)
Brewster Angle

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