A plane electromagnetic wave is the superposition of two independent orthogonal plane waves and can be written as a real part of É = E; exp (ilkz - wt])ū, + Ez exp (i[kz - wt + a)ū, where k w. E and E, are real If E, = E the electric fieid vector will describe a trajectory which, seen along the z axis from the positive side and looking towards the orig stranht at125°wuth resnect
A plane electromagnetic wave is the superposition of two independent orthogonal plane waves and can be written as a real part of É = E; exp (ilkz - wt])ū, + Ez exp (i[kz - wt + a)ū, where k w. E and E, are real If E, = E the electric fieid vector will describe a trajectory which, seen along the z axis from the positive side and looking towards the orig stranht at125°wuth resnect
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![A plane electromagnetic wave is the superposition of two independent orthogonal plane waves and can be written as a real part of
E, exp (i[kz – wt])ū, + Ez exp (i[kz – wt + a])ū, where k. w. E, and Ez are real
%3D
If E, = E the electric field vector will describe a trajectory which, seen along the z axis from the positive side and looking towards the origin, is
straight at 135° with respect to the +x axis
O circular in dockwise direction
O circular in counterclockwise direction
straight at 45° with respect to the - xars](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc44b051a-9a5e-43a8-805d-e8bd6b948333%2F46dc6140-7443-46f0-8685-e5bec97eef38%2Ffoa7kp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A plane electromagnetic wave is the superposition of two independent orthogonal plane waves and can be written as a real part of
E, exp (i[kz – wt])ū, + Ez exp (i[kz – wt + a])ū, where k. w. E, and Ez are real
%3D
If E, = E the electric field vector will describe a trajectory which, seen along the z axis from the positive side and looking towards the origin, is
straight at 135° with respect to the +x axis
O circular in dockwise direction
O circular in counterclockwise direction
straight at 45° with respect to the - xars
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