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

In interference of light, `beta` is fringe width. The distance of `n^(th)` maxima from the centre of interferene pattern is
A. `x_(n) n.beta`
B. `x_(n)=(2n-1) (beta)/(2)`
C. `x_(n)=(beta)/(n)`
D. `x_(n)=n^(2). beta`

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

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