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1. The potential difference AV34 in the figure is AV12 30 V A) 30 V AV23 = 50 V B) -10 V С) -20 V D) -30 V AV41 = -60 V AV, 34 E) Can not be determined from the figure 2013Pron Edcton n

1. The potential difference AV34 in the figure is AV12 30 V A) 30 V AV23 = 50 V B) -10 V С) -20 V D) -30 V AV41 = -60 V AV, 34 E) Can not be determined from the figure 2013Pron Edcton n

College Physics
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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1. The potential difference AV34 in the figure is AV12 30 V A) AV23 = 50 V 30 V B) -10 V C) -20 V Е — 60 V AVA1 D) -30 V AV 34 4 E) Can not be determined from the figure 0 2013 Pearson Education, Inc. The long straight wire in the figure carries a current / that is decreasing with time at a constant rate. The circular loops A, B, and C all lie in a plane containing the wire. The induced emf in each of the loops A, B, and C is such that A В A) loop A has a clockwise emf, loop B has no induced emf, and loop C has a counterclockwise emf. B) loop A has a counter-clockwise emf, loop B has no induced emf, and loop C has a clockwise emf. C) loop A has a counter-clockwise emf, loops B and C have clockwise emfs. D) no emf is induced in any of the loops. E) a counterclockwise emf is induced in all the loops. 2.
Transcribed Image Text:1. The potential difference AV34 in the figure is AV12 30 V A) AV23 = 50 V 30 V B) -10 V C) -20 V Е — 60 V AVA1 D) -30 V AV 34 4 E) Can not be determined from the figure 0 2013 Pearson Education, Inc. The long straight wire in the figure carries a current / that is decreasing with time at a constant rate. The circular loops A, B, and C all lie in a plane containing the wire. The induced emf in each of the loops A, B, and C is such that A В A) loop A has a clockwise emf, loop B has no induced emf, and loop C has a counterclockwise emf. B) loop A has a counter-clockwise emf, loop B has no induced emf, and loop C has a clockwise emf. C) loop A has a counter-clockwise emf, loops B and C have clockwise emfs. D) no emf is induced in any of the loops. E) a counterclockwise emf is induced in all the loops. 2.
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