Question

Unpolarized light of intensity 400 W/m2 is normally incident on a system of two polarizers. The...

Unpolarized light of intensity 400 W/m2 is normally incident on a system of two polarizers. The first polarizer's transmission axis is oriented vertically and the second polarizer's transmission axis makes an angle θ with respect to the vertical. The light emerging from the system has an intensity of 150 W/m2. What is the angle θ of the second polarizer.

A. 41 degrees

B. 52 degrees

C. 30 degrees

D. 68 degrees

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Unpolarized light with an intensity of 605 W / m2 is incident on a polarizer with...
Unpolarized light with an intensity of 605 W / m2 is incident on a polarizer with an unknown axis. The light then passes through a second polarizer with has an axis which makes an angle of 72.5° with the vertical. After the light passes through the second polarizer, its intensity has dropped to 132 W / m2. What is the angle between the axes of the polarizers in degrees? What angle from the vertical is the first polarizer's axis? (Assume...
Unpolarized light with an intensity of 680 W / m2 is incident on a polarizer with...
Unpolarized light with an intensity of 680 W / m2 is incident on a polarizer with an unknown axis. The light then passes through a second polarizer with has an axis which makes an angle of 79.5° with the vertical. After the light passes through the second polarizer, its intensity has dropped to 196 W / m2. 1) What is the angle between the axes of the polarizers in degrees? 2) What angle from the vertical is the first polarizer's...
Unpolarized light with an intensity of 510 W / m2 is incident on a polarizer with...
Unpolarized light with an intensity of 510 W / m2 is incident on a polarizer with an unknown axis. The light then passes through a second polarizer with has an axis which makes an angle of 83.0° with the vertical. After the light passes through the second polarizer, its intensity has dropped to 164 W / m2. What is the angle between the axes of the polarizers? (Please provide an explanation along with use of equations. Thank you.)
Thanks So much in advance! 1. Unpolarized light with an intensity of 510 W / m2...
Thanks So much in advance! 1. Unpolarized light with an intensity of 510 W / m2 is incident on a polarizer with an unknown axis. The light then passes through a second polarizer with has an axis which makes an angle of 77.5° with the vertical. After the light passes through the second polarizer, its intensity has dropped to 188 W / m2. What is the angle between the axes of the polarizers? 2.Unpolarized light of intensity I0 is incident...
Please answer quickly Initially, unpolarized light with an intensity of 42.0 W/m2 is normally incident on...
Please answer quickly Initially, unpolarized light with an intensity of 42.0 W/m2 is normally incident on three polarizers consecutively. Polarizer A is rotated - 20' with respect to vertical, Polarizer B is rotated +10° with respect to horizontal and polarizer C is rotated +35" with respect to vertical. What is the intensity of the light after passing through all three polarizers? A 11.4 W/m2 B 12.1 W/m2 C 24.1 W/m2 D 12.9 W/m2 E 106 W/m2
An unpolarized light beam of 800 W/m2 is incident on an ideal pair of crossed linear...
An unpolarized light beam of 800 W/m2 is incident on an ideal pair of crossed linear polarizers. Crossed polarizers indicate that the transmission axes of the polarizers are at 900 to one another. Now, a third polarizer is inserted between the other two with its transmission axis at 450 to that of each of the others. Determine the emerging intensity a) before and b) after the insertion of the third polarizer c) explain the results of parts a) and b).
a) Unpolarized light is sent through two polarizers. Its initial intensity is 35 W/m2, and the...
a) Unpolarized light is sent through two polarizers. Its initial intensity is 35 W/m2, and the polarizing axes are at angles θ1 = 76° and θ2 = 90°, both relative to a common y axis. After passing through both polarizers, what is the intensity of the light? Express your answer in W/m2. b) Consider three materials with parallel interfaces. The first has n = 1.04, and the second has n = 1.60. A ray of light in the first medium...
A vertically polarized beam of light, having intensity 100 W/m^2 , is incident on a stack...
A vertically polarized beam of light, having intensity 100 W/m^2 , is incident on a stack of identical linear polarizers that are arranged one behind the other so that the transmission axis of the first is vertical, the second at 45, the third at 90 with the vertical.1. Find the intensity of the emerging beam, which will be oscillating in a direction perpendicular to the incident one. 2. If we would like to rotate a polarized beam of light through...
An unpolarized light passes through two polarizers whose transmission axes are at an angle of 35o...
An unpolarized light passes through two polarizers whose transmission axes are at an angle of 35o with respect to each other. What % of incident intensity is transmitted through the polarizers? Also, what should be the angle between the transmission axis of the polarizers if it is desired that one-8th of the incident intensity be transmitted? Draw the orientation of the polarized light (E vector) after passing through each of the polarizers. What parameter affect the transmission of the light...
An unpolarized light beam traveling along the x-axis is sent into a system of three polarizers....
An unpolarized light beam traveling along the x-axis is sent into a system of three polarizers. The polarization axis of the first polarizer makes an angle of 15.4 degrees (measured clockwise) with the y axis. The polarization axis of the second polarizer makes a 32.6 degree angle (measured clockwise) with the y axis and the third polarizer's axis makes an angle of theta degrees (measured clockwise) with the polarization axis of the second polarizer.   The light emerging from the third...