A point source of light is below the surface of H20. The index of refraction of H20 is 1.33. A light ray that emrges from the source of light strikes the H2O - air interface at an angle of 37 to the normal. What statement best describe what the light ray does after striking interface?
A point source of light is below the surface of H20. The index of refraction of H20 is 1.33. A light ray that emrges from the source of light strikes the H2O - air interface at an angle of 37 to the normal. What statement best describe what the light ray does after striking interface?
a/ Incident ray will inter fully destructively with the refrected ray, producing total internal refelction.
b/ Incident ray will bounce back on the intrface and travel along the same path but in the opposite direction
c/ The path of light will be reflected back into the H2O, and part will be transmitted into the air
d/ All the light will be reflected back into the H2O
e/ The incident ray will interfere fully destructively with the transmitted ray, producing total internal reflection.
f/ The incident ray will interfere fully destructively with both reflected and transmitted rays producings total internal refelction
g/ all light transmitted to air
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