24.2 Suppose you have a polarized light source in your lab that has an intensity of 1154 W/m2, where the electric field oscillates in the z direction. The light travels toward a workbench where you can send it through either one of two polarizing filters. (a) If the light passes through a filter with its transmission axis at an angle of 45.0° from the z direction, what is the intensity of the transmitted light? W/m2(b) If, instead, the light passes through a filter with its transmission axis at an angle of 90.0° from the z direction, what is the intensity of the transmitted light? W/m2
24.2 Suppose you have a polarized light source in your lab that has an intensity of 1154 W/m2, where the electric field oscillates in the z direction. The light travels toward a workbench where you can send it through either one of two polarizing filters. (a) If the light passes through a filter with its transmission axis at an angle of 45.0° from the z direction, what is the intensity of the transmitted light? W/m2(b) If, instead, the light passes through a filter with its transmission axis at an angle of 90.0° from the z direction, what is the intensity of the transmitted light? W/m2
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter34: Maxwell’s Equations And Electromagnetic Waves
Section: Chapter Questions
Problem 62PQ
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24.2 Suppose you have a polarized light source in your lab that has an intensity of 1154 W/m2, where the electric field oscillates in the z direction. The light travels toward a workbench where you can send it through either one of two polarizing filters. (a) If the light passes through a filter with its transmission axis at an angle of 45.0° from the z direction, what is the intensity of the transmitted light? W/m2
(b) If, instead, the light passes through a filter with its transmission axis at an angle of 90.0° from the z direction, what is the intensity of the transmitted light?
W/m2
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