A finite one-dimensional line has a total charge Q and length L and now we are looking at a point not in the center of the line, but at the point P shown. P. a b Draw 2 slices of the constituent shape on the a) diagram and the 7 from the slice to point P b) define |r| in that system, then define dq in that coordinate Define a coordinate system of your choice and system c) 0 at r = ∞ Find V, the potential at point P, assuming V = -Q
A finite one-dimensional line has a total charge Q and length L and now we are looking at a point not in the center of the line, but at the point P shown. P. a b Draw 2 slices of the constituent shape on the a) diagram and the 7 from the slice to point P b) define |r| in that system, then define dq in that coordinate Define a coordinate system of your choice and system c) 0 at r = ∞ Find V, the potential at point P, assuming V = -Q
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Transcribed Image Text:A finite one-dimensional line has a total charge Q and length
L and now we are looking at a point not in the center of the
line, but at the point P shown.
P.
a
Draw 2 slices of the constituent shape on the
a)
diagram and the 7 from the slice to point P
b)
define |r| in that system, then define dq in that coordinate
Define a coordinate system of your choice and
b
system
c)
Find V, the potential at point P, assuming V =
-Q
0 at r = x∞
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