The coherent point sources `S_(1)` and `S_(2)` vibrating in same phase emit light of wavelength `lambda`. The separation between the sources is `2lambda`. Consider a line passingh through `S_(2)` and perpendicular to the line `S_(1)S_(2)`. What is the smallest distance from `S_(2)` where a minimum of intensity occurs due to interference of waves from the two sources?A. `(7lambda)/(12)`B. `(15lambda)/(4)`C. `(lambda)/(2)`D. `(3lambda)/(4)`

The coherent point sources `S_(1)` and `S_(2)` vibrating in same phase

1.	The coherent point sources `S_(1)` and `S_(2)` vibrating in same phase emit light of wavelength `lambda`. The separation between the sources is `2lambda`. Consider a line passingh through `S_(2)` and perpendicular to the line `S_(1)S_(2)`. What is the smallest distance from `S_(2)` where a minimum of intensity occurs due to interference of waves from the two sources?A. `(7lambda)/(12)`B. `(15lambda)/(4)`C. `(lambda)/(2)`D. `(3lambda)/(4)`
Answer» Correct Answer - A

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