Through the use of Ampère's circuital law, find the field inside and outside an infinite length conductor of finite cross section that carries a current I(A) uniformly distributed over its cross section, as shown in Fig. 8-8. kth plane Filamentary current dH, dH₂ dH Amperian closed path Plane A (a) (b) Figure 8-8 (a) Graphical display for finding the field inside and outside a conductor of finite cross section. (b) Symmetrical pairs of filamentary currents produce a resultant field in the direction. 42 +
Through the use of Ampère's circuital law, find the field inside and outside an infinite length conductor of finite cross section that carries a current I(A) uniformly distributed over its cross section, as shown in Fig. 8-8. kth plane Filamentary current dH, dH₂ dH Amperian closed path Plane A (a) (b) Figure 8-8 (a) Graphical display for finding the field inside and outside a conductor of finite cross section. (b) Symmetrical pairs of filamentary currents produce a resultant field in the direction. 42 +
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Transcribed Image Text:Question one
Through the use of Ampère's circuital law, find the H field inside and outside an infinite
length conductor of finite cross section that carries a current I(A) uniformly distributed over
its cross section, as shown in Fig. 8-8.
kth plane
Filamentary
#1
current
dH,
dH₂
dH
Amperian
closed path
Plane A
6
(a)
(b)
Figure 8-8 (a) Graphical display for finding the field inside and outside a conductor
of finite cross section. (b) Symmetrical pairs of filamentary currents produce a resultant
field in the direction.
0
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