Light of wavelength 630nm in vacuum, falling normally on a biological

1.

Light of wavelength 630nm in vacuum, falling normally on a biological specimen of thickness 10pm, splits into two beams that are polarized at right angles. The refractive indexes of the tissue for the two polarizations are 1.32 and 1.333. When the two beams emerge, they are out of phase by:

A. 0.13°

B. 74.3°

C. 90.0°

D. 128.6°

Answer» D. 128.6°

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1.	Light of wavelength 630nm in vacuum, falling normally on a biological specimen of thickness 10pm, splits into two beams that are polarized at right angles. The refractive indexes of the tissue for the two polarizations are 1.32 and 1.333. When the two beams emerge, they are out of phase by:
A.	0.13°
B.	74.3°
C.	90.0°
D.	128.6°
Answer» D. 128.6°

Light of wavelength 630nm in vacuum, falling normally on a biological specimen of thickness 10pm, splits into two beams that are polarized at right angles. The refractive indexes of the tissue for the two polarizations are 1.32 and 1.333. When the two beams emerge, they are out of phase by:

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