4. Spectra and filtering. a. White light has an approximately constant spectrum in the visible range from 400-700nm, with a constant intensity of, say, I = 100W/m2. Draw a picture of this spectrum over the visible range; make sure to label your axes (intensity vs wavelength). %3D b. Suppose the light is passed through a green filter; this filter transmits 10% of the intensity for frequencies outside the green range 500-570nm and 90% of the intensity in the green Tange Draw the spectrum of the filtered light.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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4. Spectra and filtering.
a. White light has an approximately constant spectrum in the visible range from 400-700nm,
with a constant intensity of, say, I 100W/m2. Draw a picture of this spectrum over the
visible range; make sure to label your axes (intensity vs wavelength).
%3D
b. Suppose the light is passed through a green filter; this filter transmits 10% of the intensity
for frequencies outside the green range 500-570nm and 90% of the intensity in the green
range. Draw the spectrum of the filtered light.
Transcribed Image Text:4. Spectra and filtering. a. White light has an approximately constant spectrum in the visible range from 400-700nm, with a constant intensity of, say, I 100W/m2. Draw a picture of this spectrum over the visible range; make sure to label your axes (intensity vs wavelength). %3D b. Suppose the light is passed through a green filter; this filter transmits 10% of the intensity for frequencies outside the green range 500-570nm and 90% of the intensity in the green range. Draw the spectrum of the filtered light.
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