For two media with current-free boundary, the tangential H1 is 20ax, while the normal B2 is 4az. Calculate H1, knowing that (41 = 1.5) and (uz : %3D 2) ? 0 A/m -2ax + 2.66a, A/m 2ax + 2.66az kA/m 2.66ax - 2az A/m 2.66ax + 2az A/m 2ax + 2az A/m None O -2ax - 2.66a, A/m 2ax - 2.66az A/m 2ax + 2.66az A/m

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For two media with current-free boundary, the tangential H, is 20ay, while the normal B, is 4a, . Calculate H,, knowing that (u; = 1.5) and (uy = 2)? 0 A/m -2ay + 2.66a, A/m 2ay + 2.66a, KA/m 2.66ay - 2a, A/m 2.66ay + 2a, A/m 2ay +2a, A/m None -2ax - 2.66a, A/m 2ay - 2.66a, A/m 2ay + 2.66a, A/m
For two media with current-free
boundary, the tangential H1 is 20ax,
while the normal B2 is 4a, . Calculate
H1, knowing that (u1 = 1.5) and (µ2 =
2) ?
0 A/m
-2ax + 2.66a, A/m
2ax + 2.66az kA/m
2.66ax - 2az A/m
2.66ax + 2az A/m
2ax + 2az A/m
None
-2ax - 2.66a, A/m
2ax - 2.66az A/m
2ax + 2.66az A/m
Transcribed Image Text:For two media with current-free boundary, the tangential H1 is 20ax, while the normal B2 is 4a, . Calculate H1, knowing that (u1 = 1.5) and (µ2 = 2) ? 0 A/m -2ax + 2.66a, A/m 2ax + 2.66az kA/m 2.66ax - 2az A/m 2.66ax + 2az A/m 2ax + 2az A/m None -2ax - 2.66a, A/m 2ax - 2.66az A/m 2ax + 2.66az A/m
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