2. A line of uniform charge density à and length d is along the y axis Pxy) with one end at the origin, as shown in the figure. a. Redraw the figure with a small piece of charge dq producing an electric field dE at the location P(x,y). Include in this drawing the appropriate distance r between the infinitesimal piece of charge, dq, and the point P(x, y). b. Determine dą/r. c. Find the integral forms for E, and Ey. d. Determine Ex and Ey. Find Ë (x, y). e.
2. A line of uniform charge density à and length d is along the y axis Pxy) with one end at the origin, as shown in the figure. a. Redraw the figure with a small piece of charge dq producing an electric field dE at the location P(x,y). Include in this drawing the appropriate distance r between the infinitesimal piece of charge, dq, and the point P(x, y). b. Determine dą/r. c. Find the integral forms for E, and Ey. d. Determine Ex and Ey. Find Ë (x, y). e.
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Needed to be solved part d and e correclty in 15 minutes and get the thumbs up please show neat and clean work
Transcribed Image Text:2.
A line of uniform charge density à and length d is along the y axis
with one end at the origin, as shown in the figure.
P(x,y)
a. Redraw the figure with a small piece of charge dq producing an
electric field dE at the location P(x,y). Include in this drawing the
appropriate distance r between the infinitesimal piece of charge, dq,
and the point P(x, y).
b. Determine dq/r².
Find the integral forms for Ex and Ey.
d. Determine Ex and Ey.
с.
Find E (x, y).
е.
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