Assuming amplitudes of two plane polarized lights as ai = az and 0 = 27/3. Plot the values of Ex and Ey for different values of time and also describe the state of polarization. E = acosot and E = acos(@t -0)
Assuming amplitudes of two plane polarized lights as ai = az and 0 = 27/3. Plot the values of Ex and Ey for different values of time and also describe the state of polarization. E = acosot and E = acos(@t -0)
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![9. Assuming amplitudes of two plane polarized lights as a1 = az and 0 = 21/3. Plot
the values of Ex and Ey for different values of time and also describe the state of
polarization.
E = acosot
and E, = acos(@t - 0)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc18eeba3-1816-488a-a2e2-a376f52cc676%2F8e843b66-c57b-4502-aded-879fd0ec3f6d%2F0ebnzvh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:9. Assuming amplitudes of two plane polarized lights as a1 = az and 0 = 21/3. Plot
the values of Ex and Ey for different values of time and also describe the state of
polarization.
E = acosot
and E, = acos(@t - 0)
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