In Young's double-slit experiment, the point source S is placed slight

In Young's double-slit experiment, the point source S is placed slightly off the central axis, as shown in figure. If λ=500 nm, then match the following Column (I)Column (II) (A) Nature and order of interference at point P, OP=10 mm1. Bright fringe of order 80 (B) Nature and order of interference at point O2. Bright fringe of order 262(C) If a transparent paper (refractive index μ=1.45) of thickness t=0.02 mm is pasted on S1, i.e., one of the slits, the nature and order of interference at point P3. Bright fringe of order 62 (D) After inserting the transparent paper in front of Slit S1, the nature and order of interference at O. 4. Bright fringe of order 280

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In Young's double-slit experiment, the point source $S$ is placed slightly off the central axis, as shown in figure. If $λ = 500 nm$ , then match the following

Column $(I)$	Column $(II)$
$(A)$ Nature and order of interference at point $P$ , $O P = 10 mm$	$1.$ Bright fringe of order $80$
$(B)$ Nature and order of interference at point $O$	$2.$ Bright fringe of order $262$
$(C)$ If a transparent paper (refractive index $μ = 1.45$ ) of thickness $t = 0.02 mm$ is pasted on $S_{1}$ , i.e., one of the slits, the nature and order of interference at point $P$	$3.$ Bright fringe of order $62$
$(D)$ After inserting the transparent paper in front of Slit $S_{1}$ , the nature and order of interference at $O$ .	$4.$ Bright fringe of order $280$

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