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58. the state of polarization of the wave e = eo sin(wt - kz)i + eg sin(wt- kz-)j i a. circular 45° with x-axis and clockwise rotating b. elliptical 45° with x-
58. The state of polarization of the wave E = Eo sin(wt - kz)i + Eg sin(wt- kz-)j i A. Circular 45° with X-axis and clockwise rotating B. Elliptical 45° with X-axis and clockwise rotating C. Circular 45° with X-axis and counter-clockwise rotating D. Elliptical 45° with X-axis and counter-clockwise rotating
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Bidyut sinha Best Answer
Please see attached picture.
okk. but there is also Ex=Ey which is also a condition for Circular polarized. will it effect it or not???
No whenever You will see phase difference is such that NEITHER \u03C0/2, 3\u03C0/2, ..(2n+1)\u03C0 /2 NOR \u03C0, 2\u03C0 etc, then there's no effect of being same amplitude... Just then do Elliptical polarization