2. From the power fit to the data from Part 2, determine the value of the electric constant k and the exponent on the charge separation (distance variable x). Determine the %error of both these results from the expected values.
2. From the power fit to the data from Part 2, determine the value of the electric constant k and the exponent on the charge separation (distance variable x). Determine the %error of both these results from the expected values.
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Transcribed Image Text:File
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A
B
1 Charge (C)
Magnitue (N)
2
0.02
449.378
3
0.028
229.274
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0.036
138.677
0.044
92.847
0.052
66.476
0.06
49.931
0.068
38.873
0.076
31.12
0.084
25.475
0.092 21.237
0.1
17.975
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Sheet1
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Calibri
B I U-
C
0.02
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Force magnitude (N)
Formulas Data Review View
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229.274
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138.677
92.847
0.04
Help
Series1
44995ce magnitude (N) vs Distance(m)
M
Alignment
H
→=
y=0.1798x2
R² = 1
0.06
Distance (m)
General
0.08
$ % 98
Power (Series1)
66.47649.9338.87331.1225.47221.2377.975
J
Number
0.1
K
0.12
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Transcribed Image Text:2. From the power fit to the data from Part 2, determine the value of the electric constant k and the
exponent on the charge separation (distance variable x). Determine the %error of both these results
from the expected values.
25 16
Y= 0.17981²12.83
R²010²3
% error exponent=
%% error in valuek:
12-21
2x 100
partaid
(18.99-1×109) x100
8.99x109
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