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2. The electric field vectors of two linearly polarized waves tra veli ng in unison through free space are given by E, = x 2e+j*= V/m and E, = ŷ e+j«(s-0.5) V /m. where z is in m. (a) Determine the type and handedness of the resultant wave polarization ( Hint: You may want first to obtain the time domain ezpressions for the electric fields.)

2. The electric field vectors of two linearly polarized waves tra veli ng in unison through free space are given by E, = x 2e+j*= V/m and E, = ŷ e+j«(s-0.5) V /m. where z is in m. (a) Determine the type and handedness of the resultant wave polarization ( Hint: You may want first to obtain the time domain ezpressions for the electric fields.)

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2. The electric field vectors of two linearly polarized waves tra veling in unison through free space are given by E, = x 2e+jm: V/m and E, = ŷ e+j#(z-0.5) V/m. where z is in m. (a) Determine the type and handedness of the resultant wave polariza tion ( Hint: You may want first to obtain the time domain expressions for the electric fields.)
Transcribed Image Text:2. The electric field vectors of two linearly polarized waves tra veling in unison through free space are given by E, = x 2e+jm: V/m and E, = ŷ e+j#(z-0.5) V/m. where z is in m. (a) Determine the type and handedness of the resultant wave polariza tion ( Hint: You may want first to obtain the time domain expressions for the electric fields.)
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