Polarized Light of Intensity S 0 Passes Through an Ideal Polarizer$0.449 \mathrm { rad }$

The Answer of Polarized Light of Intensity S 0 Passes Through an Ideal Polarizer$0.449 \mathrm { rad }$

Polarized Light of Intensity S 0 Passes Through an Ideal Polarizer$0.449 \mathrm { rad }$

The Answer of Polarized Light of Intensity S 0 Passes Through an Ideal Polarizer$0.449 \mathrm { rad }$

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Polarized Light of Intensity S₀ Passes Through an Ideal Polarizer $0.449 \mathrm { rad }$

Question 13

Multiple Choice

Polarized light of intensity S₀ passes through an ideal polarizer.If the E vector of the polarized light is horizontal what,in terms of the initial intensity S₀,is the intensity of the light that passes through a polarizer if that polarizer is tilted $0.449 \mathrm { rad }$ from the horizontal?

A) 0.812 S₀
B) 0.188 S₀
C) 0.217 S₀
D) 0.284 S₀

Polarized Light of Intensity S0 Passes Through an Ideal Polarizer 0.449rad0.449 \mathrm { rad }0.449rad

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Polarized Light of Intensity S₀ Passes Through an Ideal Polarizer $0.449 \mathrm { rad }$

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