(2) There are a group of five charges shown below. All charges have charge with mag- nitude e = 1.6 x 10-1ºC. The charges at the origin and at (-5nm, -5nm, 0) are negative. The charges at (0, –5nm, 0), (–5nm, 0,0), and (-2.5nm, -2.5nm, 0) are positive. What is the total potential energy stored in this arrangement of charge?
(2) There are a group of five charges shown below. All charges have charge with mag- nitude e = 1.6 x 10-1ºC. The charges at the origin and at (-5nm, -5nm, 0) are negative. The charges at (0, –5nm, 0), (–5nm, 0,0), and (-2.5nm, -2.5nm, 0) are positive. What is the total potential energy stored in this arrangement of charge?
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Transcribed Image Text:(1) Find the electric potential at the point (a, L,0) caused by a uniformly charged (A)
line of charge which starts at the origin and ends at the point (0, L,0). Be sure to specify
(a) dą, (b) r, and (c) The final potential.
(2) There are a group of five charges shown below. All charges have charge with mag-
nitude e = 1.6 × 10-1ºC. The charges at the origin and at (-5nm, -5nm, 0) are negative.
The charges at (0, –5nm, 0), (–5nm, 0,0), and (-2.,5nm, -2.5nm, 0) are positive. What is
the total potential energy stored in this arrangement of charge?
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