7. Two incoherent line sources S and S2 each emitting monochromatic light of wavelength à are placed symmetrically in front of an opaque screen A containing two symmetrically positioned slits. In front of screen A another white screen B is placed as shown schematically in the S1 figure. Distance between the sources is l and that between the slits is d. 1. Distance between the sources and the screen A as well as that between screens A and B is D. The distance D is much larger than the distances S2 1 and d. For what values of the distance l between the sources, no stationary interference pattern will be observed on the screen B? Ans: l= (2n+1)aD 2d in=0,1,2..

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7. Two incoherent line sources S, and S2 each emitting monochromatic
light of wavelength A are placed symmetrically in front of an opaque
screen A containing two symmetrically positioned slits. In front of
S1
screen A another white screen B is placed as shown schematically in the
as
figure. Distance between the sources is l and that between the slits is d.
d.
S2
Distance between the sources and the screen A as well as that between
screens A and B is D. The distance D is much larger than the distances
1 and d. For what values of the distance l between the sources, no
stationary interference pattern will be observed on the screen B?
in=0,1,2..
-D D
Ano : l= (2n+1)aD
2d
Transcribed Image Text:7. Two incoherent line sources S, and S2 each emitting monochromatic light of wavelength A are placed symmetrically in front of an opaque screen A containing two symmetrically positioned slits. In front of S1 screen A another white screen B is placed as shown schematically in the as figure. Distance between the sources is l and that between the slits is d. d. S2 Distance between the sources and the screen A as well as that between screens A and B is D. The distance D is much larger than the distances 1 and d. For what values of the distance l between the sources, no stationary interference pattern will be observed on the screen B? in=0,1,2.. -D D Ano : l= (2n+1)aD 2d
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