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QUESTION 2 For problem 33.34 calculate the transmitted intensity in watts per square meter if the second polarizer has an angle of 155 degrees. 5 sig. figs.

QUESTION 2 For problem 33.34 calculate the transmitted intensity in watts per square meter if the second polarizer has an angle of 155 degrees. 5 sig. figs.

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For problem 34 calculate the transmitted intensity in watts per square meter if the second polarizer has an angle of 155 degrees (5 sig figs)
In the given scenario, a beam of unpolarized light with an intensity of \(43 \, \text{W/m}^2\) is directed into a system consisting of two polarizing sheets. The polarizing directions of these sheets are oriented at angles \(\theta_1 = 70^\circ\) and \(\theta_2 = 90^\circ\) with respect to the y-axis. The task is to determine the intensity of the light transmitted through this system. **Diagram Explanation:** The accompanying diagram illustrates the setup. It includes: - A Cartesian coordinate system with the x and y axes. - Two polarizing sheets represented by circles. - The polarizing direction of the first sheet, labeled \(\theta_1\), making a 70° angle with the y-axis. - The polarizing direction of the second sheet, labeled \(\theta_2\), at 90° to the y-axis. - The incoming light beam is depicted as a red arrow moving toward the sheets, indicating the path of the light. The goal is to calculate the intensity of light that successfully passes through the system after interacting with both polarizing sheets.
Transcribed Image Text:In the given scenario, a beam of unpolarized light with an intensity of \(43 \, \text{W/m}^2\) is directed into a system consisting of two polarizing sheets. The polarizing directions of these sheets are oriented at angles \(\theta_1 = 70^\circ\) and \(\theta_2 = 90^\circ\) with respect to the y-axis. The task is to determine the intensity of the light transmitted through this system. **Diagram Explanation:** The accompanying diagram illustrates the setup. It includes: - A Cartesian coordinate system with the x and y axes. - Two polarizing sheets represented by circles. - The polarizing direction of the first sheet, labeled \(\theta_1\), making a 70° angle with the y-axis. - The polarizing direction of the second sheet, labeled \(\theta_2\), at 90° to the y-axis. - The incoming light beam is depicted as a red arrow moving toward the sheets, indicating the path of the light. The goal is to calculate the intensity of light that successfully passes through the system after interacting with both polarizing sheets.
**Question 2** For problem 33.34, calculate the transmitted intensity in watts per square meter if the second polarizer has an angle of 155 degrees. Use 5 significant figures.
Transcribed Image Text:**Question 2** For problem 33.34, calculate the transmitted intensity in watts per square meter if the second polarizer has an angle of 155 degrees. Use 5 significant figures.
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