What is the separation between the two surfaces

AI Thread Summary
To find the separation between two equipotential surfaces in a uniform electric field, the equation Eave = - deltaV/delta x is used. Given the electric field of 13.3 x 10^3 N/C and the potentials of 1543 V and 951 V, the calculation involves determining delta x. The attempt at a solution shows the correct approach by rearranging the equation to delta x = (1543V - 951V) / (13.3 x 10^3 N/C). The user expresses uncertainty about the correctness of their method. The discussion highlights the application of physics equations to solve for distance in electric fields.
zoomba91210
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Homework Statement


You measure a uniform electric field of 13.3 x 10^3 N/C between two equipotential surfaces. One surface is at a potential of 1543 V and the other is at 951 V. What is the separation between the two surfaces?

Homework Equations


Eave = - deltaV/delta x


The Attempt at a Solution


After rewriting the equation I did delta x = (1543V-951V)/(13.3 x 10^3) N/C

I am not sure I am doing this right

Thanks for any help!
 
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