c) A far-field diffraction pattern is produced, using light of wavelength 500 nm incident on a single slit of width 0.1

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c) A far-field diffraction pattern is produced, using light of wavelength 500 nm incident on a single slit of width 0.1

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C A Far Field Diffraction Pattern Is Produced Using Light Of Wavelength 500 Nm Incident On A Single Slit Of Width 0 1 1
C A Far Field Diffraction Pattern Is Produced Using Light Of Wavelength 500 Nm Incident On A Single Slit Of Width 0 1 1 (143.64 KiB) Viewed 26 times
c) A far-field diffraction pattern is produced, using light of wavelength 500 nm incident on a single slit of width 0.1 mm and viewed on a screen 1 m distant. A piece of material, of thickness 0.1 mm, is inserted in front of the slit which has a refractive index which varies linearly, from 1.4 at one end of the slit to 1.5 at the other end. Explain quantitatively what happens to the diffraction pattern. [4 marks]
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