A wave traveling in free space with parallel polarization is incident upon a pefectly conducting boundary with an angle of incidence of 30 degrees. The z-axis points to the right, and the conductor plane is an x-y plane and is located at z = 0. The x-axis points vertically and the y- axis points out of the screen/paper. (like figure 9-21 in the text). Which statement is not true about this problem. O There will be a surface current on the conductor surface. There will be a surface charge on the surface A standing wave will exist in the z-direction to the left of the conducting plane. A traveling wave will propagate along the direction of the y-axis.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A wave traveling in free space with parallel polarization is incident upon a pefectly conducting
boundary with an angle of incidence of 30 degrees. The z-axis points to the right, and the
conductor plane is an x-y plane and is located at z = 0. The x-axis points vertically and the y-
axis points out of the screen/paper. (like figure 9-21 in the text). Which statement is not true
about this problem.
There will be a surface current on the conductor surface.
There will be a surface charge on the surface
A standing wave will exist in the z-direction to the left of the conducting plane.
A traveling wave will propagate along the direction of the y-axis.
Transcribed Image Text:A wave traveling in free space with parallel polarization is incident upon a pefectly conducting boundary with an angle of incidence of 30 degrees. The z-axis points to the right, and the conductor plane is an x-y plane and is located at z = 0. The x-axis points vertically and the y- axis points out of the screen/paper. (like figure 9-21 in the text). Which statement is not true about this problem. There will be a surface current on the conductor surface. There will be a surface charge on the surface A standing wave will exist in the z-direction to the left of the conducting plane. A traveling wave will propagate along the direction of the y-axis.
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