The voltage between points A and D is ( Select ]v V.The change in the electric potential energy for q between points A and D is[ Select ]J.If the charge q were taken directly from A to D (without following the black path), then the changeof the electric potential energy for q would bv [ Select]+1.2J.-1.2+3-3 The three equipotential surfaces in the figure below are at the following potentials:V1 = -2 V (blue line), V2 = -5 V (green), and V3 = + 4 V (pink)The point A is on the inner-most equipotential surface (blue), point B on the middle surface (green),point C at the outer-most surface (pink), and point D on the middle surface (green).BV3AV1DA charge q = -0.4 C is placed at the point A and then moved to point B, then to point C, and finallyto point D along the black path shown in the figure below.BD

Answered: The voltage between points A and D is […

The voltage between points A and D is [ Select] v. V. The change in the electric potential energy for q between points A and D is [ Select ] V J.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

100%

The voltage between points A and D is ( Select ]
v V.
The change in the electric potential energy for q between points A and D is
[ Select ]
J.
If the charge q were taken directly from A to D (without following the black path), then the change
of the electric potential energy for q would bv [ Select]
+1.2
J.
-1.2
+3
-3

The three equipotential surfaces in the figure below are at the following potentials:
V1 = -2 V (blue line), V2 = -5 V (green), and V3 = + 4 V (pink)
The point A is on the inner-most equipotential surface (blue), point B on the middle surface (green),
point C at the outer-most surface (pink), and point D on the middle surface (green).
B
V3
A
V1
D
A charge q = -0.4 C is placed at the point A and then moved to point B, then to point C, and finally
to point D along the black path shown in the figure below.
B
D

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