In interference, all……………..and…………..are of……………width.

Statement I: In interference, all the fringes are of same, width Statement II: In interference, fringe width is independent of the position of fringe.

Statement I: In interference, all the fringes are of same, width Statement II: In interference, fringe width is independent of the position of fringe.

In interference of light beta is band width. The distance of n^(th) minima from the centre of the interference pattern is

In an interference pattern of two wave fringe width is beta . If the frequency of source is doubled then fringe width will become :

In interference of light, beta is fringe width. The distance of n^(th) maxima from the centre of interferene pattern is

In the interference pattern all the fringes are of equal emit light of