figure below shows a family of parallel equipotential surfaces ( in cross section) and five paths along which we shall move an electron from one surface to another. (a) What is the direction of the electric field associated with the surfaces? (b) For each path, is the work done positive, negative or zero? (c) Rank the paths according to the work we do, greatest first.
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2. The figure below shows a family of parallel equipotential surfaces ( in cross section) and five paths along which we shall move an electron from one surface to another. (a) What is the direction of the electric field associated with the surfaces? (b) For each path, is the work done positive, negative or zero? (c) Rank the paths according to the work we do, greatest first.
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