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1. a) Given that E = 15a, charge density at that point? Assume ɛ=ɛ0 b) Evaluate V X A and V VX A if: 8a, V/m at a point on a conductor surface, what is the surface A = x²yax + sinxya, cos? xza,

1. a) Given that E = 15a, charge density at that point? Assume ɛ=ɛ0 b) Evaluate V X A and V VX A if: 8a, V/m at a point on a conductor surface, what is the surface A = x²yax + sinxya, cos? xza,

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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1. a) Given that E = 15a, – 8a, V/m at a point on a conductor surface, what is the surface charge density at that point? Assume ɛ=ɛ0 b) Evaluate V X A and V- VX A if: A = x²ya, + sinxya, - cos?xza, 2. For time varying fields: Find which of the following equations do not satisfy Maxwell's Equation. Also state why the expression/s don't satisfy Maxwell's Equation? (Show Calculation) др a. V.J + =D0 at b. V.D = Pv дв С. V· E = at S(GE + e) · dš d. $H· dī e. $B- dš 3. a) Describe in details the physical meaning of curl using example and proper diagram. at b) Derive the integral form of Maxwell's curl equations from their differential forms using Stokes' curl Theorem.
Transcribed Image Text:1. a) Given that E = 15a, – 8a, V/m at a point on a conductor surface, what is the surface charge density at that point? Assume ɛ=ɛ0 b) Evaluate V X A and V- VX A if: A = x²ya, + sinxya, - cos?xza, 2. For time varying fields: Find which of the following equations do not satisfy Maxwell's Equation. Also state why the expression/s don't satisfy Maxwell's Equation? (Show Calculation) др a. V.J + =D0 at b. V.D = Pv дв С. V· E = at S(GE + e) · dš d. $H· dī e. $B- dš 3. a) Describe in details the physical meaning of curl using example and proper diagram. at b) Derive the integral form of Maxwell's curl equations from their differential forms using Stokes' curl Theorem.
4. Given a vector field F = xy a, - 2x a, find its circulation around the path OABO shown in the Diagram Y =3 A [hint: equation of a quarter circle x? +y? =9,(x 2 0, y< 3)]. 5. An electric field is given by E = 10 cos(108t – 10x +)a, , in source free region. Find a) D b) Jd c) H d) B
Transcribed Image Text:4. Given a vector field F = xy a, - 2x a, find its circulation around the path OABO shown in the Diagram Y =3 A [hint: equation of a quarter circle x? +y? =9,(x 2 0, y< 3)]. 5. An electric field is given by E = 10 cos(108t – 10x +)a, , in source free region. Find a) D b) Jd c) H d) B
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