It is known that the angle of refraction from normal isn’t equal to the angle of the incident light from normal (φa = φr)

It is known that the angle of refraction from normal isn’t equal to

1.	It is known that the angle of refraction from normal isn’t equal to the angle of the incident light from normal (φa = φr)
A.	True
B.	False
Answer» C.

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Light might also be ___________ as it is transmitted through a material. Reflection, refraction, and __________ of light are all very crucial in determining and predicting the optical properties of paper.
__________ utilizes the fact that the index of refraction of a material is a function of the wavelength of the light ray.
__________ paper scatters light very little and has relatively less absorbance so that most light is transmitted through it, unless it is very thick.
With __________ it’s possible that a light ray will be reflected back into a material when striking at a higher angle.
If any refracted light were to travel the same path backward the same relationship would exist, that is__________ = n.( The angle of reflection for normal is (φa = φr))
It is known that the angle of refraction from normal isn’t equal to the angle of the incident light from normal (φa = φr)
If a beam of light travelling in a vacuum strikes a flat surface of a transparent material at an angle of incidence φa relative to normal some of the light will be reflected at angle φr
LIGHT_MIGHT_ALSO_BE_____________AS_IT_IS_TRANSMITTED_THROUGH_A_MATERIAL._REFLECTION,_REFRACTION,_AND____________OF_LIGHT_ARE_ALL_VERY_CRUCIAL_IN_DETERMINING_AND_PREDICTING_THE_OPTICAL_PROPERTIES_OF_PAPER.?$
__________ utilizes the fact that the index of refraction of a material is a function of the wavelength of the light ray?
__________ paper scatters light very little and has relatively less absorbance so that most light is transmitted through it, unless it is very thick?

It is known that the angle of refraction from normal isn’t equal to the angle of the incident light from normal (φa = φr)

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