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D2.6. Four infinite uniform sheets of charge are located as follows: 20 pC/m2 at y = 7, -8 pC/m2 at y = 3, 6 pC/m2 at y = -1, and -18 pC/m2 at y = -4. Find E at the point: (a) P(2,6, -4); (b) P(0,0,0); (c) Pd-1,-1.1,5); (d) P(10°,10°,10°). %3D

D2.6. Four infinite uniform sheets of charge are located as follows: 20 pC/m2 at y = 7, -8 pC/m2 at y = 3, 6 pC/m2 at y = -1, and -18 pC/m2 at y = -4. Find E at the point: (a) P(2,6, -4); (b) P(0,0,0); (c) Pd-1,-1.1,5); (d) P(10°,10°,10°). %3D

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Answer b, c, d D2.6. Four infinite uniform sheets of charge are located as follows: 20 pC/m2 at y = 7, -8 pC/m2 at y = 3, 6 pC/m2 at y = -1, and -18 pC/m2 at y -4. Find E at the point: (a) P(2,6,-4); (b) P(0,0,0); (c) PA-1,-1.1,5); (d) Pp(10°,10°,10°).
Transcribed Image Text:Answer b, c, d D2.6. Four infinite uniform sheets of charge are located as follows: 20 pC/m2 at y = 7, -8 pC/m2 at y = 3, 6 pC/m2 at y = -1, and -18 pC/m2 at y -4. Find E at the point: (a) P(2,6,-4); (b) P(0,0,0); (c) PA-1,-1.1,5); (d) Pp(10°,10°,10°).
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