# Light with a wavelength in vacuum of 546.1 nm falls perpendicularly on a biological specimen that is 1.000 mew m thick. The light splits into two beams polarized at right angles, for which the indices of refraction are 1.320 and 1.333, respectively. (a) Calculate the wavelength of each component of the light while it is traversing the specimen. (b) Calculate the phase difference between the two beams when they emerge from the specimen.

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Light with a wavelength in vacuum of 546.1 nm falls perpendicularly on a biological specimen that is 1.000 mew m thick. The light splits into two beams polarized at right angles, for which the indices of refraction are 1.320 and 1.333, respectively. (a) Calculate the wavelength of each component of the light while it is traversing the specimen. (b) Calculate the phase difference between the two beams when they emerge from the specimen.

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Step 1

(a). Wavelength of the first beam is

Step 2

Wavelength of the second beam is

Step 3

(b) The number of cycles of vibrations of first and second co...

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### Wave Optics 