15 3 x 100 m/s) 36 x 108 m/sB. C 2.5x 108 m/sO 2.11 x 108 m/sC!O 2.73 x108m/sQ 67 Two coherent sources of same intensity and 25 MHz frequency are at equal distance fin such a manner that its distance from one source is 3 m more than its distance fromOps: A.O 1.5 IRO 3.5 IRBAO 0.5 IRD. O 5 IR

15 3 x 100 m/s) 36 x 108 m/sB. C 2.5x 108 m/sO 2.11 x 108 m/sC!O 2.7

1.	15 3 x 100 m/s) 36 x 108 m/sB. C 2.5x 108 m/sO 2.11 x 108 m/sC!O 2.73 x108m/sQ 67 Two coherent sources of same intensity and 25 MHz frequency are at equal distance fin such a manner that its distance from one source is 3 m more than its distance fromOps: A.O 1.5 IRO 3.5 IRBAO 0.5 IRD. O 5 IR
Answer» in such a manner that is DISTANCE from one SOUTH Seas 3 METRE from 10 is distance from answer is o p s a option A 1.55 RR 3.5

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15 3 x 100 m/s) 36 x 108 m/sB. C 2.5x 108 m/sO 2.11 x 108 m/sC!O 2.73 x108m/sQ 67 Two coherent sources of same intensity and 25 MHz frequency are at equal distance fin such a manner that its distance from one source is 3 m more than its distance fromOps: A.O 1.5 IRO 3.5 IRBAO 0.5 IRD. O 5 IR​

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15 3 x 100 m/s) 36 x 108 m/sB. C 2.5x 108 m/sO 2.11 x 108 m/sC!O 2.73 x108m/sQ 67 Two coherent sources of same intensity and 25 MHz frequency are at equal distance fin such a manner that its distance from one source is 3 m more than its distance fromOps: A.O 1.5 IRO 3.5 IRBAO 0.5 IRD. O 5 IR