Two infinite line charges are parallel to the z-axis and pass through the x-axis at x= ±d as shown. Find the energy required to move a negative point charge -q from the origin (midway between the two line charges) to a point h along the y-axis. Recall that the field and potential of a single uniform line charge are given by E(r)=f_Pro 2πεor Φ(r)=- where r is the distance from the line charge normal to its axis. ριο 2περ - Inr
Two infinite line charges are parallel to the z-axis and pass through the x-axis at x= ±d as shown. Find the energy required to move a negative point charge -q from the origin (midway between the two line charges) to a point h along the y-axis. Recall that the field and potential of a single uniform line charge are given by E(r)=f_Pro 2πεor Φ(r)=- where r is the distance from the line charge normal to its axis. ριο 2περ - Inr
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Transcribed Image Text:Two infinite line charges are parallel to the z-axis and
pass through the x-axis at x = ±d as shown. Find the
energy required to move a negative point charge -q from
the origin (midway between the two line charges) to a
point h along the y-axis. Recall that the field and
potential of a single uniform line charge are given by
Ē(r)=f_Pro
2πεor
where r is the distance from the line charge normal to its axis.
Peo
Φ(r)== - lnr
2περ
Peo
-8
Z
100
Peo
-d
h y
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