A beam of yellow light with wavelength of 0.6 um is normally incident in air upon a glass surface. If the surface is situated in the plane z = 0 and the relative permittivity of glass is 2.25, determine: (a) The standing-wave ratio. (b) The fraction of the incident power transmitted into the glass medium.

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Exercise (Test your understanding)
A beam of yellow light with wavelength of 0.6 um is
normally incident in air upon a glass surface. If the
surface is situated in the plane z =0 and the
relative permittivity of glass is 2.25, determine:
(a) The standing-wave ratio.
(b) The fraction of the incident power transmitted
into the glass medium.
Transcribed Image Text:Exercise (Test your understanding) A beam of yellow light with wavelength of 0.6 um is normally incident in air upon a glass surface. If the surface is situated in the plane z =0 and the relative permittivity of glass is 2.25, determine: (a) The standing-wave ratio. (b) The fraction of the incident power transmitted into the glass medium.
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