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b) C) S Figure shows a section of three long charged cylinders centered on the same axis. Central cylinder A has a uniform charge qA +390. What uniform charges qs and qe should be on cylinders B and C so that the net electric field is zero at point 2 (between B and C) and point 3 (outside C)? 9B = 390, 9B = 290, 9c90 9B-390, 9c=0 9B 90. 9c-90 9c=0

b) C) S Figure shows a section of three long charged cylinders centered on the same axis. Central cylinder A has a uniform charge qA +390. What uniform charges qs and qe should be on cylinders B and C so that the net electric field is zero at point 2 (between B and C) and point 3 (outside C)? 9B = 390, 9B = 290, 9c90 9B-390, 9c=0 9B 90. 9c-90 9c=0

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b) C) = Figure shows a section of three long charged cylinders centered on the same axis. Central cylinder A has a uniform charge qA +3qo. What uniform charges qs and qc should be on cylinders B and C so that the net electric field is zero at point 2 (between B and C) and point 3 (outside C)? 9B = 390, 9B = 290, 9c=0 9c = 90 9B-390, 9c=0 98 90, 9c = 90 9B-290, 9c = 90 1 C
Transcribed Image Text:b) C) = Figure shows a section of three long charged cylinders centered on the same axis. Central cylinder A has a uniform charge qA +3qo. What uniform charges qs and qc should be on cylinders B and C so that the net electric field is zero at point 2 (between B and C) and point 3 (outside C)? 9B = 390, 9B = 290, 9c=0 9c = 90 9B-390, 9c=0 98 90, 9c = 90 9B-290, 9c = 90 1 C
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