If path difference between is `(11 lambda)/(4)` then the phase difference between two waves will be

The path difference between two waves is

For minimum intensity the phase difference between the two waves is

If the path difference is lambda , what will be the phase difference?

If phase difference between two wave is (3pi)/2 , then its path difference will be

In interference, two individual amplitudes are A_(0) each and the intensity is I_(0) each. Find resultant amplitude and intensity at a point, where (a) phase difference between two waves is 60^(@) . (b) path difference between two waves is lambda/3 .

In interference, two individual amplitudes are A_0 each and the intensity is I_0 each. Find resultant amplitude and intensity at a point, where: (a) phase difference between two waves is 60^@ . (b) path difference between two waves is lambda/3 .

In interference, two individual amplitudes are A_0 each and the intensity is I_0 each. Find resultant amplitude and intensity at a point, where: (a) phase difference between two waves is 60^@ . (b) path difference between two waves is lambda/3 .