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?

a. The light waves are partially blocked.

b. The light waves are completely blocked.

c. The light waves are of the same intensity as the incident light.

d. The light waves have three times the intensity of the incident light.

e. The light waves have half the intensity of the incident light.

Question

Kristen

Physics

29 November, 02:56

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?

a. The light waves are partially blocked.

b. The light waves are completely blocked.

c. The light waves are of the same intensity as the incident light.

d. The light waves have three times the intensity of the incident light.

e. The light waves have half the intensity of the incident light.

+1

Answers (1)

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Jordon Farmer · Answer 1

B.

The first polarization will restrict the plane of oscillation for the light, and the second one will block it completely as it is perpendicular to the first.