E = k-where:r= the separation distance between the charged objectsk = a constant of proportionality, called the Coulomb constant = 9.0 × 10° Nm?/C?. 5. Use the values you found on |E° | × r² and the value of the point charge 1nC tofind constant k experimentally. Use the appropriate equation from the introductionto do this.Table 2Sensorr = Jx? + y? (m)12 (m²)|E|(V/m)|티x r2 (V•m)"k"11.7943.2182.688.6241.12321.2617.128.9781.5812.5003.629.05041.1181.2507.038.7882.2365.001.778.85|

5. Use the values you found on |E* | x r² and the value of the point charge InC to find constant k experimentally. Use the appropriate equation from the introduction to do this. 田 Table 2 Sensor r = Jx? +y? (m) 12 (m²) | E| (V/m) |티x r2 (V•m) "k" 1 1.794 3.218 2.68 8.624 2 1.123 1.261 7.12 8.978 3 1.581 2.500 3.62 9.050 4 1.118 1.250 7.03 8.788 5 2.236 5.00 1.77 8.85

5. Use the values you found on |E* | x r² and the value of the point charge InC to find constant k experimentally. Use the appropriate equation from the introduction to do this. 田 Table 2 Sensor r = Jx? +y? (m) 12 (m²) | E| (V/m) |티x r2 (V•m) "k" 1 1.794 3.218 2.68 8.624 2 1.123 1.261 7.12 8.978 3 1.581 2.500 3.62 9.050 4 1.118 1.250 7.03 8.788 5 2.236 5.00 1.77 8.85

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter5: Electric Charges And Fields

Section: Chapter Questions

Problem 52P: Suppose Earth and the Moon each carried a net negative charge Q . Approximate both bodies as point...

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