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True or False

When a charge is moved from point A to point B in E field, the work done by the electric force and the associated potential energy change depend on not only the initial and final locations, but also the path taken.

1 Answer

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Step-by-step explanation:

The work of the electric force does not depend on the trajectory or the path taken. Regardless of trajectory a and b we have the following

Vide picture


W_(ab) = (K Q q)/(R_(a) ) (K Q q)/(R_(b) )

Wab: Work

K: coulomb constant (9·109 N·m2/C2)

Ra,Rb: distances

Qq: electric charges

True or False When a charge is moved from point A to point B in E field, the work-example-1
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