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A parallel beam of light consisting of two wavelengths λ1=4000 A∘ and λ2=8000 A∘ is incident perpendicular to plane of both slits in a typical young's double slit experiment. The separation between both slits is d=2 mm and the distance between slits and screen is D=1 m. In each situation of column-I a point ′p′ on screen is specified by its distance ′l′ from central bright on screen. Match the proper entries from column-II to column-I. Column-I Column-II (P) At p such that l=0.(1) Intensity is maximum for λ1=4000 A∘(Q) At p such that l=0.1 mm.(2) Intensity is minimum for λ1=4000 A∘(R) At p such that l=0.2 mm.(3) Intensity is maximum for λ2=8000 A∘(S) At p such that l=0.4 mm.(4) Intensity is minimum for λ2=8000 A∘

Answer»

A parallel beam of light consisting of two wavelengths λ1=4000 A and λ2=8000 A is incident perpendicular to plane of both slits in a typical young's double slit experiment. The separation between both slits is d=2 mm and the distance between slits and screen is D=1 m. In each situation of column-I a point p on screen is specified by its distance l from central bright on screen. Match the proper entries from column-II to column-I.



Column-I
Column-II























(P) At p such that l=0.(1) Intensity is maximum for λ1=4000 A
(Q) At p such that l=0.1 mm.(2) Intensity is minimum for λ1=4000 A
(R) At p such that l=0.2 mm.(3) Intensity is maximum for λ2=8000 A
(S) At p such that l=0.4 mm.(4) Intensity is minimum for λ2=8000 A




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