E2.12 Calculate the slope of the best fit of the C vs 1/d graph. From the slope also estimate the value of Eo- slope = E0 = E2.13 Compare the value of &o with the actual value and the one you have calculated from C vs A

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D2.11 C vs d: Fill the following table by adjusting the separation d, while the area is maximum.
Amax =0:010m?
%3D
C (Fx 10-12)
636
d (m)
1/d (1/m)
500
0.002
204
132
98
80
65
58
50
D'00 5
200
100
90
0.008
0.011
し
56
0.014
0.018
45
0.022
0.026
0:03
38
33
46
E2.12 Calculate the slope of the best fit of the C vs 1/d graph. From the slope also estimate the value
of ɛ .
slope =
%3D
E0 =
%3D
E2.13 Compare the value of ɛo with the actual value and the one you have calculated from C vs A
graph.
HOvimum area and second mini-
Transcribed Image Text:D2.11 C vs d: Fill the following table by adjusting the separation d, while the area is maximum. Amax =0:010m? %3D C (Fx 10-12) 636 d (m) 1/d (1/m) 500 0.002 204 132 98 80 65 58 50 D'00 5 200 100 90 0.008 0.011 し 56 0.014 0.018 45 0.022 0.026 0:03 38 33 46 E2.12 Calculate the slope of the best fit of the C vs 1/d graph. From the slope also estimate the value of ɛ . slope = %3D E0 = %3D E2.13 Compare the value of ɛo with the actual value and the one you have calculated from C vs A graph. HOvimum area and second mini-
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