Polarized light of intensity S₀ passes through an ideal polarizer.If the electric 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
From the horizontal?

Question

Polarized light of intensity S₀ passes through an ideal polarizer.If the electric 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

Polarized light of intensity S<sub>0</sub> passes through an ideal polarizer.If the electric vector of the polarized light is horizontal what,in terms of the initial intensity S<sub>0</sub>,is the intensity of the light that passes through a polarizer if that polarizer is tilted From the horizontal? A) 0.812 S<sub>0</sub> B) 0.188 S<sub>0</sub> C) 0.217 S<sub>0</sub> D) 0.284 S<sub>0</sub>

From the horizontal?

Quizplus · Accepted Answer

The Answer of Polarized light of intensity S₀ passes through an ideal polarizer.If the electric 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 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

Polarized Light of Intensity S₀ Passes Through an Ideal Polarizer