8.4 Describe completely the state of polarization of each of the fol- lowing waves: (a) E = ¡E, cos (kz – wt) – jEo cos (kz – wt) %3D (b) E = ¡E, sin 27(z/A – vt) – jEo sin 27(z/A – vt) (c) E = iEo sin (awt – kz) + jEosin (@t – kz – 1/4) - (d) E = iE, cos (@t – kz) + ĵE, cos (wt - kz + 7/2). %3D
8.4 Describe completely the state of polarization of each of the fol- lowing waves: (a) E = ¡E, cos (kz – wt) – jEo cos (kz – wt) %3D (b) E = ¡E, sin 27(z/A – vt) – jEo sin 27(z/A – vt) (c) E = iEo sin (awt – kz) + jEosin (@t – kz – 1/4) - (d) E = iE, cos (@t – kz) + ĵE, cos (wt - kz + 7/2). %3D
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describe completly the state of polarization of each of the following waves:
Transcribed Image Text:8.4 Describe completely the state of polarization of each of the fol-
lowing waves:
(a) E = ¡Eo cos (kz – wt) – jEo cos (kz – wi)
(b) Ẻ = ÎEo sin 27(z/A – vt) – ĴE, sin 2(z/A – vt)
(c) E = ¡E, sin (ot –
kz) + ĴE¸ sin (@t – kz – 1/4)
-
(d) E = ÎE, cos (@t – kz) + ĴE, cos (wt – kz + 7/2).
TT
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