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Q1) Given the following charge distributions; 2 pC at P (1,1,1), 2 at m2 at (x=2), find in Cartesian (y=-3), 5 at (x=1, z=1), and 1 pC m m2 components, the (i) Resulted electrical field intensity at point Q (1,90°,1). (ii) Resulted electrical flux density at point Q (1,90°,1).

Q1) Given the following charge distributions; 2 pC at P (1,1,1), 2 at m2 at (x=2), find in Cartesian (y=-3), 5 at (x=1, z=1), and 1 pC m m2 components, the (i) Resulted electrical field intensity at point Q (1,90°,1). (ii) Resulted electrical flux density at point Q (1,90°,1).

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Q1) Given the following charge distributions; 2 pC at P (1,1,1), 2 (y=-3), 5 PC pC at (x=1, z=1), and 1 at m2 at (x=2), find in Cartesian m m2 components, the (i) Resulted electrical field intensity at point Q (1,90°,1). (ii) Resulted electrical flux density at point Q (1,90°,1).
Transcribed Image Text:Q1) Given the following charge distributions; 2 pC at P (1,1,1), 2 (y=-3), 5 PC pC at (x=1, z=1), and 1 at m2 at (x=2), find in Cartesian m m2 components, the (i) Resulted electrical field intensity at point Q (1,90°,1). (ii) Resulted electrical flux density at point Q (1,90°,1).
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