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Vertically polarized light strikes an ideal linear polarizer oriented at 60° from the vertical. What percent of incident light is transmitted? Figure 8: Malus's Law and Polarization by Absorption OO Incident randomly Polarized light 25 50% 60% 30% TAI Vertically Polarized light Polarizer I 200/702 g Image Source: Fundamentals of Light and Lasers, 3rd Edition - SPIE. Module 1-5: Basic Physical Optics (pp 3-9, pp 24-44) source) (p. 40) [1] Polarizer 2

Vertically polarized light strikes an ideal linear polarizer oriented at 60° from the vertical. What percent of incident light is transmitted? Figure 8: Malus's Law and Polarization by Absorption OO Incident randomly Polarized light 25 50% 60% 30% TAI Vertically Polarized light Polarizer I 200/702 g Image Source: Fundamentals of Light and Lasers, 3rd Edition - SPIE. Module 1-5: Basic Physical Optics (pp 3-9, pp 24-44) source) (p. 40) [1] Polarizer 2

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Vertically polarized light strikes an ideal linear polarizer oriented at 60° from the vertical. What percent of incident light is transmitted? Figure 8: Malus's Law and Polarization by Absorption OO 25 Incident randomly Polarized light 50% 60% 30% TAI Vertically Polarized light, Eo Polarizer I 201/12= Image Source: Fundamentals of Light and Lasers, 3rd Edition - SPIE. Module 1-5: Basic Physical Optics (pp 3-9, pp 24-44) source) (p. 40) [1] f Polarizer 2
Transcribed Image Text:Vertically polarized light strikes an ideal linear polarizer oriented at 60° from the vertical. What percent of incident light is transmitted? Figure 8: Malus's Law and Polarization by Absorption OO 25 Incident randomly Polarized light 50% 60% 30% TAI Vertically Polarized light, Eo Polarizer I 201/12= Image Source: Fundamentals of Light and Lasers, 3rd Edition - SPIE. Module 1-5: Basic Physical Optics (pp 3-9, pp 24-44) source) (p. 40) [1] f Polarizer 2
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