Light incident on a polarizer is then passed through a second polarizer. If the polarizer and the analyzer are perpendicular to each other, what
can you say about the light waves emerging from the second polarizer?
OA.
The light waves are partially blocked
OB.
The light waves are completely blocked.
OC.
The light waves are of the same intensity as the incident light.
OD.
The light waves have three times the intensity of the incident light.
OE
The light waves have half the intensity of the incident light.

B. The light waves are completely blocked.

Explanation:

The intensity of the light coming out after two polarizers is given by Malus' Law:

where

is the initial intensity of light before the polarizers

is the intensity of light after the two polarizers

is the angle between the axes of the two polarizers

In this problem, we have two polarizers with their axes placed perpendicular to each other: this means that the angle is 90 degrees

Therefore, the cosine factor is zero:

And this means that the intensity of light after the two polarizers is also zero:

So, the correct option is

B.  The light waves are completely blocked.

they should be similar or the same

well, you would divide 135 by 33 to get your answer. then that is how many seconds it would take. boardman should fly about 132 m or 4.090909090909091 seconds.