For problem 33.50.c, find the refracted angle in degrees if the index of refraction of material 3 is 2.00 and the angle of incidence is changed to 53.7 degrees. 5 sig. figs.
For problem 33.50.c, find the refracted angle in degrees if the index of refraction of material 3 is 2.00 and the angle of incidence is changed to 53.7 degrees. 5 sig. figs.
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For problem 50(c), find the refracted angle in degrees if the index of refraction of material 3 is 2.00 and the angle of incidence is changed to 53.7 degrees!! (5 sig figs)
Transcribed Image Text:QUESTION 1
For problem 33.50.c, find the refracted angle in
degrees if the index of refraction of material 3 is
2.00 and the angle of incidence is changed to
53.7 degrees. 5 sig. figs.
Transcribed Image Text:50 In Fig. 33-50a, a beam of light
in material 1 is incident on a bound-
ary at an angle 0₁ = 40°. Some of the
light travels through material 2, and then some of it emerges into
material 3. The two boundaries between the three materials are
parallel. The final direction of the beam depends, in part, on the
index of refraction n3 of the third material. Figure 33-50b gives
the angle of refraction 03 in that material versus n3 for a range of
possible në values. The vertical axis scale is set by 03a = 30.0° and
03b = 50.0°. (a) What is the index of refraction of material 1, or is
the index impossible to calculate without more information?
(b) What is the index of refraction of material 2, or is the index im-
possible to calculate without more information? (c) If 0₁ is changed
to 70° and the index of refraction of material 3 is 2.4, what is 03?
0₂₁
1 2 3
(a)
03
03b
Өза
Figure 33-49 Problem 49.
1.5
Figure 33-50 Problem 50.
1.7
(b)
1.9
nz
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