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 sources S_1 and S_2 is I_0 The wavelength of the wave is lamda=4m . 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

Mention the S.I unit of intensity of wave.

Two waves of equal amplitude a from two coherent sources (S_1 & S_2) interfere at a point R such that S_2R-S_1R =1.5 lambda The intensity at point R Would be

Two waves of equal amplitude a from two coherent sources (S_1 & S_2) interfere at a point R such that S_2R-S_1R =1.5 lambda The intensity at point R Would be

Light waves from two coherent sources having intensities I and 2I cross each other at a point with a phase difference of 60^(@) . The intensity at the point will be

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