In a uniform electric field, equipotential surfaces must (a) be plane surfaces (b) be normal to the direction of the field (c) be spaced such that surfaces having equal differences in potential are separated by equal distances (d) have decreasing potentials in the direction of the field

In a uniform electric field, equipotential surfaces must (a) be plane

1.	In a uniform electric field, equipotential surfaces must (a) be plane surfaces (b) be normal to the direction of the field (c) be spaced such that surfaces having equal differences in potential are separated by equal distances (d) have decreasing potentials in the direction of the field
Answer» Correct Answer is: (a, b, c, & d)

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In a uniform electric field, equipotential surfaces must (a) be plane surfaces (b) be normal to the direction of the field (c) be spaced such that surfaces having equal differences in potential are separated by equal distances (d) have decreasing potentials in the direction of the field

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