Q1.Two line charges are located in x=0 free space plane, the former is uniform and has the line current density of 1 µC /m and located at y = -4m. The latter is z = 10 – 2.5y has the line charge density as pi = 1 µC /m. Find the electric field intensity and X+1 density at the point (2,7,-3).
Q1.Two line charges are located in x=0 free space plane, the former is uniform and has the line current density of 1 µC /m and located at y = -4m. The latter is z = 10 – 2.5y has the line charge density as pi = 1 µC /m. Find the electric field intensity and X+1 density at the point (2,7,-3).
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![Q1.Two line charges are located in x=0 free space plane, the former is uniform and has
the line current density of 1 µC /m and located at y = -4m. The latter is z = 10 – 2.5y
has the line charge density as pi =
1 µC /m. Find the electric field intensity and
X+1
density at the point (2,7,-3).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fac423870-efcd-4318-be08-135acc2a1123%2F51be1f5b-1453-496e-93fc-c6b3c146c7ca%2F3guqaam_processed.png&w=3840&q=75)
Transcribed Image Text:Q1.Two line charges are located in x=0 free space plane, the former is uniform and has
the line current density of 1 µC /m and located at y = -4m. The latter is z = 10 – 2.5y
has the line charge density as pi =
1 µC /m. Find the electric field intensity and
X+1
density at the point (2,7,-3).
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