In Young’s experiment, if the amplitude of interferring waves are unequal then the :

Find the intensity at a point on a screen in Young.s double slit experiment where the interfering waves of equal intensity have a path difference of (i) lambda//4 and lambda//3 .

Find the intensity at a point on a screen in Young's double slit experiment where the interfering waves of equal intensity have a path difference of lamda/4

Find the intensity at a point on a screen in Young's double slit experiment where the interfering waves of equal intensity have a path difference of lamda/3

In a Young's double slit experiment the amplitudes of the two waves incident on the two slits are A and 2A . If I_(0) is the maximum intensity, then the intensity at a spot on the screen where the phase difference between the two interfering waves is phi .

In young's experiment, the interfacing waves have amplitudes in the ratio 3:2 . Find the ratio of (a) amplitudes and (b) intensities, between the bright and dark fringers.

In young's experiment, the interfacing waves have amplitudes in the ratio 3:2 . Find the ratio of (a) amplitudes and (b) intensities, between the bright and dark fringers.

In Young’s experiment, the interference pattern is found to have an intensity ratio between the bright and dark fringes as 9. What is the ratio of intensity of two interfering waves ?