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The magnetic field intensity is given in a certain region of space as H=+2y_ find the total current passing through the surface z= 4, 1< x< 2, 3s:< 5, in the a, direction. (d) Show that the same result is obtained 2 -a, +a, A/m. (a) Find V x H. (b) Find J. (c) Use J to

The magnetic field intensity is given in a certain region of space as H=+2y_ find the total current passing through the surface z= 4, 1< x< 2, 3s:< 5, in the a, direction. (d) Show that the same result is obtained 2 -a, +a, A/m. (a) Find V x H. (b) Find J. (c) Use J to

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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Q4) The magnetic field intensity is given in a certain region of space as x+2y 2 find the total current passing through the surface z = 4, 1 <x< 2, 3<:5 5, in the a, direction. (d) Show that the same result is obtained using the other side of Stokes' theorem. 2 -a, +a, A/m. (a) Find V x H. (b) Find J. (c) Use J to Q5) Current density is distributed as follows: J = 0 for ly > 2m, J 8ya. A/m for lyl < 1m, J= 8(2 – y)a. A/m² for 1 <y < 2m, J = -8(2+ y)a. A/m2 for -2 < y <-1m. Use symmetry and Ampere's law to find H everywhere.
Transcribed Image Text:Q4) The magnetic field intensity is given in a certain region of space as x+2y 2 find the total current passing through the surface z = 4, 1 <x< 2, 3<:5 5, in the a, direction. (d) Show that the same result is obtained using the other side of Stokes' theorem. 2 -a, +a, A/m. (a) Find V x H. (b) Find J. (c) Use J to Q5) Current density is distributed as follows: J = 0 for ly > 2m, J 8ya. A/m for lyl < 1m, J= 8(2 – y)a. A/m² for 1 <y < 2m, J = -8(2+ y)a. A/m2 for -2 < y <-1m. Use symmetry and Ampere's law to find H everywhere.
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