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D3.4. Calculate the total electric flux leaving the cubical surface formed by the six planes x, y, z =±5 if the charge distribution is: (a)two point charges, 0.1 uC at (1, –2, 3) and uC at (-1, 2, -2); (b) a uniform line charge of t µC/m at 3x. x = -2, y = 3; (c) a uniform surface charge of 0.1 µC/m² on the plane y Ans. 0.243 µC; 31.4 uC; 10.54 µC

D3.4. Calculate the total electric flux leaving the cubical surface formed by the six planes x, y, z =±5 if the charge distribution is: (a)two point charges, 0.1 uC at (1, –2, 3) and uC at (-1, 2, -2); (b) a uniform line charge of t µC/m at 3x. x = -2, y = 3; (c) a uniform surface charge of 0.1 µC/m² on the plane y Ans. 0.243 µC; 31.4 uC; 10.54 µC

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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D3.4. Calculate the total electric flux leaving the cubical surface formed by the six planes x, y, z = ±5 if the charge distribution is: (a)two point charges, 0.1 uC at (1, -2, 3) and uC at (-1, 2, -2); (b) a uniform line charge of t µC/m at Зх. x = -2, y = 3; (c) a uniform surface charge of 0.1 µC/m² on the plane y %3D Ans. 0.243 µC; 31.4 µC; 10.54 µC
Transcribed Image Text:D3.4. Calculate the total electric flux leaving the cubical surface formed by the six planes x, y, z = ±5 if the charge distribution is: (a)two point charges, 0.1 uC at (1, -2, 3) and uC at (-1, 2, -2); (b) a uniform line charge of t µC/m at Зх. x = -2, y = 3; (c) a uniform surface charge of 0.1 µC/m² on the plane y %3D Ans. 0.243 µC; 31.4 µC; 10.54 µC
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