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/m for 1
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/m for 1
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Current density is distributed as follows: J 0 for ly> 2m, J= 8ya,
A/m for lyl < 1m, J 8(2-y)a, A/m 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: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/m 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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