Use the image provided for you below. Three polarizing filters are arranged as shown. The transmission axis of the first one is horizontal, while for the second and third filters it make angles of 35° and 40° with the vertical respectively. Unpolarized light is incident on the stack. After passing all three polarizer the light intensity is I3 = 0.05 W/m2. (a) Find the intensity of light I2 after the second polarizer. (b) Find the intensity of light I1 after the first polarizer. (c) Find the intensity of light I0 of the unpolarized light.
Use the image provided for you below. Three polarizing filters are arranged as shown. The transmission axis of the first one is horizontal, while for the second and third filters it make angles of 35° and 40° with the vertical respectively. Unpolarized light is incident on the stack. After passing all three polarizer the light intensity is I3 = 0.05 W/m2. (a) Find the intensity of light I2 after the second polarizer. (b) Find the intensity of light I1 after the first polarizer. (c) Find the intensity of light I0 of the unpolarized light.
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Use the image provided for you below.
Three polarizing filters are arranged as shown. The
transmission axis of the first one is horizontal, while
for the second and third filters it make angles of 35°
and 40° with the vertical respectively. Unpolarized
light is incident on the stack. After passing all three
polarizer the light intensity is I3 = 0.05 W/m2.
(a) Find the intensity of light I2 after the second polarizer.
(b) Find the intensity of light I1 after the first polarizer.
(c) Find the intensity of light I0 of the unpolarized light.
Transcribed Image Text:a5
40°
1,
axis
12
ee
d polarizer.
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