Some polarized light has an electric field amplitude of 2700 V/m. After it passes through a...

 

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Some polarized light has an electric field amplitude of 2700 V/m. After it passes through a polarizer, its new electric field amplitude is 1000 V/m. i. The angle (in degrees) between the light's polarization and the polarizer's axis was A. 22 B. 37 C. 53 D. 68 E. 82 ii. The intensity of the light (in W/m^2) after passing through the polarizer was A. 0.042 B. 0.63 C. 500 D. 1000 E. 1330 Some polarized light has an electric field amplitude of 2700 V/m. After it passes through a polarizer, its new electric field amplitude is 1000 V/m. i. The angle (in degrees) between the light's polarization and the polarizer's axis was A. 22 B. 37 C. 53 D. 68 E. 82 ii. The intensity of the light (in W/m^2) after passing through the polarizer was A. 0.042 B. 0.63 C. 500 D. 1000 E. 1330

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The image presents a multiplechoice question regarding the polarization of light It states that some polarized light has an initial electric field amplitude of 2700 Vm and after passing through a pola... View the full answer