directly in front of S2 finds that the intensity is at a minimum when he is 2 m away from S2. The listener moves away from S1
Sahay Sir > Question Answers > directly in front of S2 finds that the intensity is at a minimum when he is 2 m away from S2. The listener moves away from S1
Two coherent sources of sound, S1 and S2, produce sound waves of the same wavelength, λ = 1 m, in phase. S1 and S2 are placed 1.5 m apart (see fig). A listener, located at L, directly in front of S2 finds that the intensity is at a minimum when he is 2 m away from S2. The listener moves away from S1, keeping his distance from S2 fixed. The adjacent maximum of intensity is observed when the listener is at a distance d from S1. Then, d is
19
Sep
Two coherent sources of sound, S1 and S2, produce sound waves of the same wavelength, λ = 1 m, in phase. S1 and S2 are placed 1.5 m apart (see fig). A listener, located at L, directly in front of S2 finds that the intensity is at a minimum when he is 2 m away [...]
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d is ,
directly in front of S2 finds that the intensity is at a minimum when he is 2 m away from S2. The listener moves away from S1 ,
in phase. S1 and S2 are placed 1.5 m apart (see fig). A listener ,
keeping his distance from S2 fixed. The adjacent maximum of intensity is observed when the listener is at a distance d from S1. Then ,
located at L ,
produce sound waves of the same wavelength ,
S1 and S2 ,
Two coherent sources of sound ,
λ = 1 m ,