The waves that differ is:
Δx = 2λ
The equation for phase difference is:
The constructive interference is equal:
ΔΦ = 2nπ
If
n = 0, central bright fringe
n = ±1, first maxima on both fringes
n = ±2, second maxima on both fringes
What is maxima?
The maxima and minima of a function, collectively referred to as extrema in mathematical analysis, are the highest and lowest values of the function, either on the whole domain or within a specific range.
Therefore,
The waves that differ is:
Δx = 2λ
The equation for phase difference is:
The constructive interference is equal:
ΔΦ = 2nπ
If
n = 0, central bright fringe
n = ±1, first maxima on both fringes
n = ±2, second maxima on both fringes
To learn more about maxima from the given link:
https://brainly.com/question/18687565
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