p2f10_worksheet_lecture_11_diffraction

p2f10_worksheet_lecture_11_diffraction - -5 m Sketch...

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Name_________________________________ Section____________ PHYS 1200 Lecture 11 Student Worksheet: Diffraction and Photons 1) Light of wavelength 500 nm (teal) is normally incident on a two slit system with separation 10000 nm. At what diffraction angle is the phase difference between the two waves / 2 π ? 2) Draw a phasor diagram to find the amplitude of the two waves: 1 2 sin(1000 ) sin(1000 / 2) and y t y t = = + 3) Draw a phasor diagram to find the amplitude of the three waves: 1 2 3 sin(1000 ), sin(1000 / 2), sin(1000 ) y t y t y t = = + = + 4) Draw a phasor diagram to find the amplitude of the four waves: 1 2 3 4 sin(1000 ), sin(1000 ), 2 3 sin(1000 ), sin 1000 2 y t y t y t y t = = + = + = + ÷
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5) Red light is normally incident on round hole of diameter 10
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Unformatted text preview: -5 m. Sketch intensity as a function of position along a line across the center of the hole in the plane of the hole. 6) Red light is normally incident on round hole of diameter 10-5 m. Sketch what you think the intensity pattern looks like as a function of position on a screen 1 m distant. Sketch intensity as a function of position along a line through the center of the pattern on the screen. 7) Red light is normally incident on round hole of diameter 10-5 m. Sketch what you observe on the screen ~10 m distant. Sketch intensity as a function of position along a line through the center of the pattern on the screen....
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This note was uploaded on 10/17/2011 for the course PHYS 1010 taught by Professor Schroeder during the Spring '07 term at Rensselaer Polytechnic Institute.

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p2f10_worksheet_lecture_11_diffraction - -5 m Sketch...

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