3- The plane X- y + 3z = 6 marks the boundary betwee two regions. lat Region I defined by x-y 13276 with M = 340, and Region 2 is defined by x-y rsz < 6 with μ = 6 Mo. Assume that H₁ = 200 + lody - loaz A/m, Find anız a- b - Hin and H₂n C-H₂ and B₂ B₂ d - The angles. "Hi and He make with the boundary magnetic energy densities in the two regions. e- the the

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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3- The plane X-y +32 = 6 marks the boundary betwee two regions.
id Region Idefined by X-y +3276 with M = 3 MD, and Region 2
is defined by x-y rsz < 6 with μ = 6 Mo. Assume that
H₁ = 200² + loay - loaz A/m, Find
anız
b- Hn and H₂n
C- H₂ and B₂
d- The angles. "Hi and He make with the boundary
the
e-
magnetic
energy
densities in the two regions
Transcribed Image Text:3- The plane X-y +32 = 6 marks the boundary betwee two regions. id Region Idefined by X-y +3276 with M = 3 MD, and Region 2 is defined by x-y rsz < 6 with μ = 6 Mo. Assume that H₁ = 200² + loay - loaz A/m, Find anız b- Hn and H₂n C- H₂ and B₂ d- The angles. "Hi and He make with the boundary the e- magnetic energy densities in the two regions
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