Calculating coulomb’s law 5. Two charged spheres placed 43 cm apart exert a force of2.30 x 10 13 N on each other. If one of the spheres has a charge of1.57 x 1017 C, what is the charge of the other sphere?Show all of your work... 7. Two charged spheres exert a force of 3.64 x 107 N on each other. Ifone of the spheres has a charge of 4.72 x 106 C and the other spherehas a charge of 6.98 x 107 C, how far apart are the charged spheres?Show all of your work...

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5. Two charged spheres placed 43 cm apart exert a force of 2.30 x 10 13 N on each other. If one of the spheres has a charge of 1.57 x 1017 C, what is the charge of the other sphere? Show all of your work...

5. Two charged spheres placed 43 cm apart exert a force of 2.30 x 10 13 N on each other. If one of the spheres has a charge of 1.57 x 1017 C, what is the charge of the other sphere? Show all of your work...

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter20: Static Electricity

Section: Chapter Questions

Problem 39A

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Question

Calculating coulomb’s law

5. Two charged spheres placed 43 cm apart exert a force of
2.30 x 10 13 N on each other. If one of the spheres has a charge of
1.57 x 1017 C, what is the charge of the other sphere?
Show all of your work...

7. Two charged spheres exert a force of 3.64 x 107 N on each other. If
one of the spheres has a charge of 4.72 x 106 C and the other sphere
has a charge of 6.98 x 107 C, how far apart are the charged spheres?
Show all of your work...

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