The discussion revolves around a problem in optics, specifically concerning the refraction of light as it passes from one medium to another. The original poster presents a scenario where light strikes a transparent material at a specific angle of incidence, and they inquire about the possibility of determining the speed of light in the material without knowing its index of refraction.
The discussion is ongoing, with participants exploring different interpretations of the problem. Some have suggested using Snell's law, while others are questioning the assumptions regarding the indices of refraction and the implications of the angles provided.
There is a lack of information regarding the index of refraction for the transparent material, which is central to the problem. Participants are also considering the assumption that the light originates from air or vacuum.
But the angles are given.jsalapide said:I've used it before, but the index of refraction is not given.
If the indices were equal, could the angles be different? One thing I would assume is that the light striking the material starts out in air/vacuum.Should I assume that the index of both material are equal?