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Q.

Two light waves of wavelengths 800 nm and 600 nm are used in Young’s double slit experiment to obtain interference fringes on a screen placed 7 m away from plane of slits. If the two slits are separated by 0.35 mm, then shortest distance from the central bright maximum to the point where the bright fringes of the two wavelength coincide will be ______mm.

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answer is 48.

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Detailed Solution

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d=0.35mm=35×105mD=7my=n1β1=n2β2y=n1λ1Dd=n2λ2Ddn1λ1=n2λ2n1n2=λ2λ1=600800=34y=3λ1Dd=4λ2Ddy=3×800×109×735×105=4.8×102m=48×103my=48mm

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Two light waves of wavelengths 800 nm and 600 nm are used in Young’s double slit experiment to obtain interference fringes on a screen placed 7 m away from plane of slits. If the two slits are separated by 0.35 mm, then shortest distance from the central bright maximum to the point where the bright fringes of the two wavelength coincide will be ______mm.