Two infinite sheets of uniform charge density ps = 10-9/67 C/m² are located at z = -5 m and y = - 5 m. Determine the uniform line charge density pL necessary to produce the same value of E at (4,2,2) m, if the line charge is located at z 0, y=0.
Two infinite sheets of uniform charge density ps = 10-9/67 C/m² are located at z = -5 m and y = - 5 m. Determine the uniform line charge density pL necessary to produce the same value of E at (4,2,2) m, if the line charge is located at z 0, y=0.
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![O: Two infinite sheets of uniform charge density Ps = 10-9/6 C/m2 are located at z = -5 m
and y =- 5 m. Determine the uniform line charge density pL necessary to produce the same
%3D
value of E at (4,2,2) m, if the line charge is located at z 0, y= 0.
Ans. 0.667 nC/m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe28e7be2-52bd-47e3-8cc0-e31a0d4496ee%2F8db06eeb-ea17-4180-b7bc-18bdcf590738%2Fhzlw7xe_processed.jpeg&w=3840&q=75)
Transcribed Image Text:O: Two infinite sheets of uniform charge density Ps = 10-9/6 C/m2 are located at z = -5 m
and y =- 5 m. Determine the uniform line charge density pL necessary to produce the same
%3D
value of E at (4,2,2) m, if the line charge is located at z 0, y= 0.
Ans. 0.667 nC/m
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