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Two light waves having the same wavelength (λ) in vacuum are in phase initially. Then, the first ray travels path length L1 through a medium of refractive index μ1. The second ray travels a path of length L2 through a medium of refractive index μ2. The two waves are then combined to observe interference effects. The phase difference between the two, when they interfere-

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Two light waves having the same wavelength (λ) in vacuum are in phase initially. Then, the first ray travels path length L1 through a medium of refractive index μ1. The second ray travels a path of length L2 through a medium of refractive index μ2. The two waves are then combined to observe interference effects. The phase difference between the two, when they interfere-



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