Two coherent light waves each having intensities `I_(0)` interfering at a point in space where resulting intensity observed is `I_(0)//2`, the phase difference between the two waves at the point of interference can be :

Two coherent waves of intensities I and 4I interfere at a point. If the resultant intensity is 3I, then the phase difference between te two waves at the point is

Two waves having intensity I and 9I produce interference . If the resultant intensity at a point is 7 I , what is the phase difference between the two waves ?

Two waves having intensity I and 9I produce interference . If the resultant intensity at a point is 7 I , what is the phase difference between the two waves ?

Two coherent sources of Iight having intensities, I and 4I interfere a fainge pattern on a screen. Find the resuItant intensities at the points where the phere the phase- differ- ence between the two waves are (pi)/(2) and pi .

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

Two coherent sources each emitting light of intensity I_(0) Interfere, in a medium at a point, where phase different between them is (2pi)/3 . Then, the resultant intensity at that point would be.

Two coherent sources each emitting light of intensity I_(0) Interfere, in a medium at a point, where phase different between them is (2pi)/3 . Then, the resultant intensity at that point would be.