QUESTION 4 Figure 2 shows an infinitely long linear wire with linear charge density pl = 500 µC m1 is placed along y-axis. The mid-point of the wire is located at the origin of the coordinate system. Figure 2 a) Draw the electric field lines formed by the wire as seen from the positive y-axis and sketch the electric field vector at point P (-4,0,4). b) Calculate the electric field intensity, E at P. c) Determine the flux density, D at point P due to the line charge.
QUESTION 4 Figure 2 shows an infinitely long linear wire with linear charge density pl = 500 µC m1 is placed along y-axis. The mid-point of the wire is located at the origin of the coordinate system. Figure 2 a) Draw the electric field lines formed by the wire as seen from the positive y-axis and sketch the electric field vector at point P (-4,0,4). b) Calculate the electric field intensity, E at P. c) Determine the flux density, D at point P due to the line charge.
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Transcribed Image Text:QUESTION 4
Figure 2 shows an infinitely long linear wire with linear charge density pl = 500 µC m1 is
placed along y-axis. The mid-point of the wire is located at the origin of the coordinate
system.
y
Figure 2
a)
Draw the electric field lines formed by the wire as seen from the positive y-axis and
sketch the electric field vector at point P (-4,0,4).
b)
Calculate the electric field intensity, E at P.
c)
Determine the flux density, D at point P due to the line charge.
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