The experimenter changing the angle of incidence, and observing both the refracted and reflected rays. At a certain angle of incidence, the refracted ray of light completely disappears and we have a situation when the ray of light is completely reflected internally. (1) What is the smallest angle of incidence when this phenomenon occurs? (2) Use the formula for total internal reflection to calculate the index of refraction of the glass.
The experimenter changing the angle of incidence, and observing both the refracted and reflected rays. At a certain angle of incidence, the refracted ray of light completely disappears and we have a situation when the ray of light is completely reflected internally. (1) What is the smallest angle of incidence when this phenomenon occurs? (2) Use the formula for total internal reflection to calculate the index of refraction of the glass.
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The experimenter changing the angle of incidence, and observing both the refracted and reflected rays. At a certain angle of incidence, the refracted ray of light completely disappears and we have a situation when the ray of light is completely reflected internally.
(1) What is the smallest angle of incidence when this phenomenon occurs?
(2) Use the formula for total internal reflection to calculate the index of refraction of the glass.

Transcribed Image Text:10
10
20
20
OC
30
40
50
OF
60
PASCO
scientific
NORMAL
50
60
70
70
80
80
CYLINDRICAL LENS
COMPONENT 8
COMP
06
09
BO
60
50
40
RAY TABLE
DEGREE SCALE
NORMAL
40
30
30
20
20
10
10

Transcribed Image Text:20
30
10
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60
10
20
30
NORMAL
40
50
PASCO
scientific
COMPON
60
CYLINDRICAL LENS
COMPONENT
80
NORMAL
70
RAY TABLE
o
60
SCALE
10
0
50
40
30
20
10
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