In the figure the intensity of waves arriving at D from two coherent sources `S_1` and `S_2` is `I_0` The wavelength of the wave is `lamda=4m`. Resultant intensity at D will be:

In the figure , the intensity of waves arriving at D from two coherent soucrces s_(1) and s_(2) is I_(0) . The wavelength of the wave is lambda = 4 m . Resultant intensity at D will be

In the figure , the intensity of waves arriving at D from two coherent soucrces s_(1) and s_(2) is I_(0) . The wavelength of the wave is lambda = 4 m . Resultant intensity at D will be

In the figure , the intensity of waves arriving at D from two coherent soucrces s_(1) and s_(2) is I_(0) . The wavelength of the wave is lambda = 4 m . Resultant intensity at D will be

The wavelength of sound waves arriving at P from two coherent sources S_1 and S_2 is 4 m as shown. While intensity of each wave is I_0 the resultant intensity at point P is 2I_0 find minimum value of x

The wavelength of the waves arrving at P from two coherent sources S_1 and S_2 is 4m, while intensity of each wave is I_0 . The resultant intensity at P is 2I_0 . Find the minimum valus of S_2P

The ratio of amplitudes of two waves emitted from two coherent sources is 2:1 . If these two waves get superposed the ratio of maximum and minumum intensity will be

The intensities of two light sources are I and 91 .If the phase difference between the waves is pi then resultant intensity will be :-

If the intensity of the waves obvserved by two coherent sources is 1. Then the intensity of resultant waves in constructive interferences will be: