File2UndoA22256789101112131415161718192021Home InsertAB1 Charge (C)Magnitue (N)20.02449.37830.028229.27440.036138.6770.04492.8470.05266.4760.0649.9310.06838.8730.07631.120.08425.4750.092 21.2370.117.97522PasteXAYClipboard 5V X✓Sheet1Page LayoutCalibriB I U-C0.02DForce magnitude (N)Formulas Data Review ViewFont500450400350300250200150100500011 - AAaAVEF0.025229.274G138.67792.8470.04HelpSeries144995ce magnitude (N) vs Distance(m)MAlignmentH→=y=0.1798x2R² = 10.06Distance (m)General0.08$ % 98Power (Series1)66.47649.9338.87331.1225.47221.2377.975JNumber0.1K0.125 2. From the power fit to the data from Part 2, determine the value of the electric constant k and theexponent on the charge separation (distance variable x). Determine the %error of both these resultsfrom the expected values.25 16Y= 0.17981²12.83R²010²3% error exponent=%% error in valuek:12-212x 100partaid(18.99-1×109) x1008.99x109

Given: Here are the given data, y=0.188 x-1.98R2=1 To find: The value of k and the exponent on the…

Answered: 2. From the power fit to the data from…

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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.