Considering the boundary condition issue between two magnetic medias, assume u, 4 pH/m in region 1 where z>0 and u, = 7 µH/m in region 2 where z < 0, Also, let K =
Considering the boundary condition issue between two magnetic medias, assume u, 4 pH/m in region 1 where z>0 and u, = 7 µH/m in region 2 where z < 0, Also, let K =
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![Considering the boundary condition issue
between two magnetic medias, assume
= 4 pH/m in region 1 where z > 0 and u, = 7
pH/m in region 2 where z < 0, Also, let K =
60 a A/m on the surface z =0, and B,
a -3 a + a, mT in region 1. Find B,.
= 2
Select one:
O B, = 3.5
a -4.97 a + a, mT
O B, = 3.5 a, -4.76 a, + a, mT
O B, = 3.5 a, -4.83 a, +a, mT
B, = 3.5 a, -4.90 a, + a, mT
X,
O B, = 3.5 a, -4.69 a +a, mT](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5de6079d-edce-4ebb-8cee-e1880632cf85%2F999ba562-4bcf-4b5e-bf0f-c09b1c512700%2Fdwe206_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Considering the boundary condition issue
between two magnetic medias, assume
= 4 pH/m in region 1 where z > 0 and u, = 7
pH/m in region 2 where z < 0, Also, let K =
60 a A/m on the surface z =0, and B,
a -3 a + a, mT in region 1. Find B,.
= 2
Select one:
O B, = 3.5
a -4.97 a + a, mT
O B, = 3.5 a, -4.76 a, + a, mT
O B, = 3.5 a, -4.83 a, +a, mT
B, = 3.5 a, -4.90 a, + a, mT
X,
O B, = 3.5 a, -4.69 a +a, mT
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