To nearly infinite line of charges exist on an (x, y) plane. One line with linear charge density A₁ = 30 nc m runs horizontally parallel to the x-axis at y = 4.00m. A second line with linear charge density A₂ = nC -20 runs vertically parallel to the y-axis at x = -4.00m. What is the net electric field from both m wires at a point at the origin? nC A₂-20- x=-4.00 m nC A₁ = 30- m y= 4.00 m

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Chapter1: Units, Trigonometry. And Vectors
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Question 6: Electric Field from Infinite Line of Charge
nc
m
To nearly infinite line of charges exist on an (x, y) plane. One line with linear charge density A₁ = 30
runs horizontally parallel to the x-axis at y = 4.00m. A second line with linear charge density λ₂ =
-20 runs vertically parallel to the y-axis at x = -4.00m. What is the net electric field from both
wires at a point at the origin?
nc
m
A₁ = 30-
y = 4.00 m
#
HHH
nC
-20
x=-4.00 m
ܕܐ
Answer: E = 162
nC
Transcribed Image Text:Question 6: Electric Field from Infinite Line of Charge nc m To nearly infinite line of charges exist on an (x, y) plane. One line with linear charge density A₁ = 30 runs horizontally parallel to the x-axis at y = 4.00m. A second line with linear charge density λ₂ = -20 runs vertically parallel to the y-axis at x = -4.00m. What is the net electric field from both wires at a point at the origin? nc m A₁ = 30- y = 4.00 m # HHH nC -20 x=-4.00 m ܕܐ Answer: E = 162 nC
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