10 %3D r2 The potential equation is given by V =sin 0 cos p. (a) Find the electric flux density at (2, T/2, 0), (b) Calculate the work done in moving a 10 µC charge from point A (1,30°, 120°) to point B (4, 90°, 60°).

10 %3D r2 The potential equation is given by V =sin 0 cos p. (a) Find the electric flux density at (2, T/2, 0), (b) Calculate the work done in moving a 10 µC charge from point A (1,30°, 120°) to point B (4, 90°, 60°).

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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10
%3D
The potential equation is given by V =sin 0 cos p. (a) Find the
electric flux density at (2, T/2, 0), (b) Calculate the work done in
moving a 10 µC charge from point A (1,30°, 120°) to point B
(4, 90°, 60°).
r2

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