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= 0.01 m² 12(a). A semi-cylinder of uniform surface charge density Ps extends over 0 < < (h = 0.1m) and 90°<< 270° (no ps on the ends of the semi-cylinder, only on the curved surface). The radius of the cylinder is a = 0.1 m. Eo8.8542 x 10-12 Fm-1 a) Determine the electric field intensity at the origin. E = -a₂)x 106 (V/m) az + 0 ay +

= 0.01 m² 12(a). A semi-cylinder of uniform surface charge density Ps extends over 0 < < (h = 0.1m) and 90°<< 270° (no ps on the ends of the semi-cylinder, only on the curved surface). The radius of the cylinder is a = 0.1 m. Eo8.8542 x 10-12 Fm-1 a) Determine the electric field intensity at the origin. E = -a₂)x 106 (V/m) az + 0 ay +

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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12(a). A semi-cylinder of uniform surface charge density ps = 0.01 () extends over 0 < x < (h = 0.1m) and 90° << 270° (no ps on the ends of the semi-cylinder, only on the curved surface). The radius of the cylinder is a = 0.1 m. E = 8.8542 x 10-¹2 Fm-¹ a) Determine the electric field intensity at the origin. E = -á) x 106 (V/m) ár local + 0 ay +
Transcribed Image Text:12(a). A semi-cylinder of uniform surface charge density ps = 0.01 () extends over 0 < x < (h = 0.1m) and 90° << 270° (no ps on the ends of the semi-cylinder, only on the curved surface). The radius of the cylinder is a = 0.1 m. E = 8.8542 x 10-¹2 Fm-¹ a) Determine the electric field intensity at the origin. E = -á) x 106 (V/m) ár local + 0 ay +
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