The figure shows a coaxial cable in cross-section. The two conductors have inner and outer radii as shown and carry linear charge densities Ainner = -16.6 nC/m and outer = 37 nC/m. Given A = 11.1 cm, B = 13.4 cm, rc = 21.8 cm, and rp = 23.9 cm, determine the magnitude of the electric field at a point 54.2 cm from the central axis. inner conductor- outer conductor TA TB TC ******* TD
The figure shows a coaxial cable in cross-section. The two conductors have inner and outer radii as shown and carry linear charge densities Ainner = -16.6 nC/m and outer = 37 nC/m. Given A = 11.1 cm, B = 13.4 cm, rc = 21.8 cm, and rp = 23.9 cm, determine the magnitude of the electric field at a point 54.2 cm from the central axis. inner conductor- outer conductor TA TB TC ******* TD
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Transcribed Image Text:The figure shows a coaxial cable in cross-section. The two conductors
have inner and outer radii as shown and carry linear charge densities
λinner = -16.6 nC/m and outer = 37 nC/m. Given A = 11.1 cm, B =
VA
13.4 cm, rc = 21.8 cm, and rp = 23.9 cm, determine the magnitude of
the electric field at a point 54.2 cm from the central axis.
inner conductor-
outer conductor-
C
ΤΑ
TB
rc
TD
X
:
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