Point P lies between two parallel infinite lines of charge, which have charge densities 11 = (-8.939x10^O) µC/m and A2 = (3.055x10^0) µC/m respectively. Point P is at a distance R1 = (3.2630x10^0) cm from line 1, and R2 (6.92x10^0) cm from line 2. Calculate the net electric field at Point P in N/C. You do not need to enter a unit vector in your answer, but a negative sign is needed if the electric field points along the negative x-axis. +X r2 P.
Point P lies between two parallel infinite lines of charge, which have charge densities 11 = (-8.939x10^O) µC/m and A2 = (3.055x10^0) µC/m respectively. Point P is at a distance R1 = (3.2630x10^0) cm from line 1, and R2 (6.92x10^0) cm from line 2. Calculate the net electric field at Point P in N/C. You do not need to enter a unit vector in your answer, but a negative sign is needed if the electric field points along the negative x-axis. +X r2 P.
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Transcribed Image Text:Point P lies between two parallel infinite lines of charge, which have charge densities
11 = (-8.939x10^0) µC/m and 12 = (3.055x10^0) µC/m respectively. Point P is at a
distance R1 = (3.2630x10^0) cm from line 1, and R2 = (6.92x10^0) cm from line 2.
%3D
Calculate the net electric field at Point P in N/C. You do not need to enter a unit
vector in your answer, but a negative sign is needed if the electric field points along
the negative x-axis.
+x
r2
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