Work done, conducting shell

  • Thread starter NT123
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  • #1
NT123
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Homework Statement

Find the work done to move a test charge with charge q from the origin to the edge of a spherical conducting shell which surrounds it, also of charge q. (Shell is of radius R).



Homework Equations

W = int(F.ds) where W = work done, F = force



The Attempt at a Solution

I would have thought that at the origin the force cancels out since there is an equal amount from each radial direction. Beyond this however I am not sure what to do... I tried the overall answer

(1/4*pi*epsilon0)*(q^2)/R where R is the radius of the shell, but that was incorrect. Any help would be appreciated.
 

Answers and Replies

  • #2
gneill
Mentor
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Ignoring the test charge, what does Gauss' Law say about the field inside the spherical shell?
 

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