The potentials at points A and B are V A = 3.0 V and V B = 1.0 V . Of the points

Question

The potentials at points A and B are VA = 3.0 V and VB = 1.0 V .

Of the points A, B, C. and D, where does the electric field have the strongest magnitude?

A; this point of the four is where the equipotential has the sharpest bend

B; this point is closest to a pointier part of the charge distribution.

C; this point is on the 2.0-V equipotential.

D; this point has the shortest average distance to neighboring equipotentials.

A; this point of the four is where the equipotential has the sharpest bend

B; this point is closest to a pointier part of the charge distribution.

C; this point is on the 2.0-V equipotential.

D; this point has the shortest average distance to neighboring equipotentials.

The potentials at points A and B are VA = 3.0 V and VB = 1.0 V . Of the points A, B, C. and D, where does the electric field have the strongest magnitude? A; this point of the four is where the equipotential has the sharpest bend B; this point is closest to a pointier part of the charge distribution. C; this point is on the 2.0-V equipotential. D; this point has the shortest average distance to neighboring equipotentials.

Explanation / Answer

My answer D

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