Calculate the intensity of the EM wave after passing thru each polarizer. (Assumed that all angles are measured in the same direction). 91 = 24 W/m²; 1st Polarizer =Horizontal; 2nd Polarizer = 15° from Horizontalb. 14 = 15 W/m²; 1st Polarizer =Horizontal; 2nd Polarizer = 45° from VerticalCl1 = 76 W /m²; 1st Polarizer =Vertial; 2nd Polarizer = 60° from Horizontald. 1 = 100 W /m²; 1st Polarizer =25° from Vertical; 2nd Polarizer =25° from Horizontalwe. 1 = 24–; 1st Polarizer =10° from Vertical; 2nd Polarizer =20° from Vertical3rd Polarizer = 30° from Verticalm2

We are suppose to do only 3 subpart from multipart question. Kindly repost remaining part.

9 1 = 24 W /m²; 1st Polarizer = Horizontal; 2nd Polarizer = 15° from Horizontal b. 11 = 15 W /m²; 1st Polarizer = Horizontal; 2nd Polarizer = 45° from Vertical C:1 = 76 W /m²; 1st Polarizer = Vertial; 2nd Polarizer = 60° from Horizontal

9 1 = 24 W /m²; 1st Polarizer = Horizontal; 2nd Polarizer = 15° from Horizontal b. 11 = 15 W /m²; 1st Polarizer = Horizontal; 2nd Polarizer = 45° from Vertical C:1 = 76 W /m²; 1st Polarizer = Vertial; 2nd Polarizer = 60° from Horizontal

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter24: Electromagnetic Waves

Section: Chapter Questions

Problem 4OQ: If plane polarized light is sent through two polarizers, the first at 45 to the original plane of...

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Question

Calculate the intensity of the EM wave after passing thru each polarizer. (Assumed that all angles are measured in the same direction).

91 = 24 W/m²; 1st Polarizer =
Horizontal; 2nd Polarizer = 15° from Horizontal
b. 14 = 15 W/m²; 1st Polarizer =
Horizontal; 2nd Polarizer = 45° from Vertical
Cl1 = 76 W /m²; 1st Polarizer =
Vertial; 2nd Polarizer = 60° from Horizontal
d. 1 = 100 W /m²; 1st Polarizer =
25° from Vertical; 2nd Polarizer =
25° from Horizontal
w
e. 1 = 24–; 1st Polarizer =
10° from Vertical; 2nd Polarizer =
20° from Vertical
3rd Polarizer = 30° from Vertical
m2

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