write Slope: D.B

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter8: Applications Of Trigonometry
Section8.2: The Law Of Cosines
Problem 3E
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Hello, based on the pics I attached Can you help me solve part 6 only
4. Continue to increase the angle of incidence while observing the change to the reflected
internal reflection. Record the angle of incidence which is called critical angle.
ray. At certain point the ray will disappear. The reflection at this point is called total
5. Continue to increase the angle of incidence to 50,70, 80°. Record in the table the
values of angle of reflection and refraction.
Repeat steps 1-5 for the first quadrant (right upper corner). Record your date in the table.
Slope:
CALCULATIONS:
1. Calculate the sin(0₁), sin(8₂) and sin(8₂).
2. Plot a graph of sin(0₂) vs. sin(9.) (Table 1). Don't forget to label your axes and write
their units,
3. Determine the slope of the graph and calculate the water refraction index.
4. Compare your water refraction index with the standard value of 1.333. Calculate the
percent difference.
5. On the same graph plot the sin(0) vs. sin(0) from Table 2.
6. Discuss the two graphs. How are they different?
Table 1 (water-air)
0₁ incidence
20
30
40
45
48
50
70
80
8₂0reflection
20
25
35
५०
40
45
0.3791 = (1.112)
D.8991
65
70
0, 0refraction
25
40
60
70
=
sin(0₁)
0.3420
0.5
06427
0.7071
10.7431
80
90
0.7660
90
10.9397
90 10.9848
sin(0₂)
0-3420
0.4626
0.5736
0-6427
10.6427
10-7071
0-9063
0-9397
Plot a graph of sin(03) vs. sin(0₁) (Table 1). Don't forget to label your axes and
write their units.
sin(0₂)
0.4226
0.6427
0.8660
10.9397
0.9848
|
1
Determine the slope of the graph and calculate the water refraction index.
m=11-0.4226
0.5774-0.8991
0.9848-0.3426
0.6422
Compare your value with the standard value for water refraction index of 1.333
using the percent difference formula.
% difference.
Table 2 (air-water)
0₁ incidence
20
30
40
45
1.333-1-112 x 100 = (16-58%)
1-333
8₂0eflection
25
50
60
70
80
35
50
55
60
70
75
90
0, 0refraction
15
25
30
35
35
40
so
65
sin(8,)
0.3420
0-5
0-6427
0.7071
10-7660
D. 8660
0.9397
10.9848
sin(8₂)
0.4226
0.5736
LD. 7660
0. 8192
0-8660
10.9397
10.9657
0.1
On the same graph plot sin(03) vs. sin(0₁) from Table 2.
Discuss the two graphs. How are they different?
sin(0₁)
0.2588
10.4226
10. 5736
0.5736
10.6427
10.7660
10.9063
Transcribed Image Text:4. Continue to increase the angle of incidence while observing the change to the reflected internal reflection. Record the angle of incidence which is called critical angle. ray. At certain point the ray will disappear. The reflection at this point is called total 5. Continue to increase the angle of incidence to 50,70, 80°. Record in the table the values of angle of reflection and refraction. Repeat steps 1-5 for the first quadrant (right upper corner). Record your date in the table. Slope: CALCULATIONS: 1. Calculate the sin(0₁), sin(8₂) and sin(8₂). 2. Plot a graph of sin(0₂) vs. sin(9.) (Table 1). Don't forget to label your axes and write their units, 3. Determine the slope of the graph and calculate the water refraction index. 4. Compare your water refraction index with the standard value of 1.333. Calculate the percent difference. 5. On the same graph plot the sin(0) vs. sin(0) from Table 2. 6. Discuss the two graphs. How are they different? Table 1 (water-air) 0₁ incidence 20 30 40 45 48 50 70 80 8₂0reflection 20 25 35 ५० 40 45 0.3791 = (1.112) D.8991 65 70 0, 0refraction 25 40 60 70 = sin(0₁) 0.3420 0.5 06427 0.7071 10.7431 80 90 0.7660 90 10.9397 90 10.9848 sin(0₂) 0-3420 0.4626 0.5736 0-6427 10.6427 10-7071 0-9063 0-9397 Plot a graph of sin(03) vs. sin(0₁) (Table 1). Don't forget to label your axes and write their units. sin(0₂) 0.4226 0.6427 0.8660 10.9397 0.9848 | 1 Determine the slope of the graph and calculate the water refraction index. m=11-0.4226 0.5774-0.8991 0.9848-0.3426 0.6422 Compare your value with the standard value for water refraction index of 1.333 using the percent difference formula. % difference. Table 2 (air-water) 0₁ incidence 20 30 40 45 1.333-1-112 x 100 = (16-58%) 1-333 8₂0eflection 25 50 60 70 80 35 50 55 60 70 75 90 0, 0refraction 15 25 30 35 35 40 so 65 sin(8,) 0.3420 0-5 0-6427 0.7071 10-7660 D. 8660 0.9397 10.9848 sin(8₂) 0.4226 0.5736 LD. 7660 0. 8192 0-8660 10.9397 10.9657 0.1 On the same graph plot sin(03) vs. sin(0₁) from Table 2. Discuss the two graphs. How are they different? sin(0₁) 0.2588 10.4226 10. 5736 0.5736 10.6427 10.7660 10.9063
Sin (03)
6.9+
0.8
63
0.2
05
Q.6
0.5
0.4
0.3
OL
10.S
Sin cont
12
Free Multi-Width Graph Paper from http /incompetech.com/graphpaper/multiwidth/
Transcribed Image Text:Sin (03) 6.9+ 0.8 63 0.2 05 Q.6 0.5 0.4 0.3 OL 10.S Sin cont 12 Free Multi-Width Graph Paper from http /incompetech.com/graphpaper/multiwidth/
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