Interference is produced with two coherent sources of same intensity. If one of the sources is covered with a thin film so as to reduce the intensity of light coming out of it to half, then

Interference is produced with two coherrent sources of same intensity. If one of the source is covered with a thin film so as to reduce the intensity of light coming out of it to half,

Interference is produced with two coherent sources of same intensity. If one of the sources is covered with a thin film so as to reduce the intensity of light coming out of it, then

Interference pattern is formed from two coherent sources of same intensity. If intensit of minima is zero, then what will be th intensity of maxima ?

The light waves from two coherrent sources of same intensity I interfere. At the minimum, the intensity of light is zero. What is the intensity of light at the maximum ?

Interference fringes are obtained using two coherent sources whose intensities are in the ratio 4 : 1. Then the ratio of the intensities of the bright and dark bands is

Two coherent sources of equal intensity produce maximum intensity of 100 units at a point. If the intensity of one of the sources is reduced by 36% reducing its width, then the intensity of light at the same point will be

Two coherent sources of equal intensity produce maximum intensity of 100 units at a point. If the intensity of one of the sources is reduced by 36% reducing its width, then the intensity of light at the same point will be

In Young's interference expriment with one source and two slits, one slit is covered with a cellophane of sheet which absorbs half the intensity. Then

S_(1) and S_(2) are two coherent sources. The intensity of both sources are same. If the intensity at the point of maxima is 4Wm^(-2) , the intensity of each source is