looking at te information below fill out the table( "Set the charge for both objects to 5μC. Place the left object at 0 cm" is already applied and the information are the results) :At 2cm:- Force on q1 by q2= 561.722 N - Force on q2 by q1=561.722 NAt 4cm-Force on q1 by q2= 140.430 N -Force on q2 by q1= 140.430 NAt 6cm -Force on q1 by q2= 62.414 N -Force on q2 by q1= 62.414 NAt 8 cm -Force on q1 by q2= 35.108 N -Force on q2 by q1= 35.108 N At 10 -Force on q1 by q2= 22.469 N -Force on q2 by q1= 22.469 N Set the charge for both objects to 5µC. Place the left object at 0 cm. Move the right object to thelocations. Record the resulting forces:Resulting Force(N)Resulting Force(rounded to whole #)(N)Distance(cm)24810

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Answered: Set the charge for both objects to 5µC.…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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looking at te information below fill out the table( "Set the charge for both objects to 5μC. Place the left object at 0 cm" is already applied and the information are the results) :

At 2cm:- Force on q1 by q2= 561.722 N

- Force on q2 by q1=561.722 N
At 4cm-Force on q1 by q2= 140.430 N

-Force on q2 by q1= 140.430 N

At 6cm -Force on q1 by q2= 62.414 N
-Force on q2 by q1= 62.414 N
At 8 cm -Force on q1 by q2= 35.108 N
-Force on q2 by q1= 35.108 N
At 10 -Force on q1 by q2= 22.469 N
-Force on q2 by q1= 22.469 N

Set the charge for both objects to 5µC. Place the left object at 0 cm. Move the right object to the
locations. Record the resulting forces:
Resulting Force
(N)
Resulting Force
(rounded to whole #)
(N)
Distance
(cm)
2
4
8
10

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