(a) Horizontally polarized light of intensity 167 W/m², passes through a polarizing filter (i.e. a polarizer) with its a

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A Horizontally Polarized Light Of Intensity 167 W M Passes Through A Polarizing Filter I E A Polarizer With Its A 1 (61.47 KiB) Viewed 60 times

(a) Horizontally polarized light of intensity 167 W/m², passes through a polarizing filter (i.e. a polarizer) with its axis at an 89.4° angle relative to the horizontal. What is the intensity of the light after it passes through the polarizer? 0.018 X What is the relationship between intensity and the angle? mW/m² (b) If light has the same initial intensity (167 W/m²), but is completely unpolarized, what will the light's intensity be after it passes through the same polarizer used in (a)? W/m²