The below perfectly conductive parallel plate core is divided into three equal parts and a material with different conductivity is filled. d = 2.3 [cm] A = 8.3 [cm2] σ1 = 3 [S / cm] σ2 = 2 [S / cm] σ3 = 5 [S / cm] Vo = 11 [V] then, what is the current [A] flowing through the region with the greatest current density? Sizes are given in units.
The below perfectly conductive parallel plate core is divided into three equal parts and a material with different conductivity is filled. d = 2.3 [cm] A = 8.3 [cm2] σ1 = 3 [S / cm] σ2 = 2 [S / cm] σ3 = 5 [S / cm] Vo = 11 [V] then, what is the current [A] flowing through the region with the greatest current density? Sizes are given in units.
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The below perfectly conductive parallel plate core is divided into three equal parts and a material with different conductivity is filled.
d = 2.3 [cm]
A = 8.3 [cm2]
σ1 = 3 [S / cm]
σ2 = 2 [S / cm]
σ3 = 5 [S / cm]
Vo = 11 [V]
then, what is the current [A] flowing through the region with the greatest current density?
Sizes are given in units.
Transcribed Image Text:A/3
A/3
A/3
Vo
ol
o2
03
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