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Calculate the electric potential at the origin of the coordinate system shown in the figure below. Knowing that the linear charge density of the half-ring, behaves as follows behaves as:     And that the radius R of that half-ring is 40 cm.

Calculate the electric potential at the origin of the coordinate system shown in the figure below. Knowing that the linear charge density of the half-ring, behaves as follows behaves as:     And that the radius R of that half-ring is 40 cm.

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Calculate the electric potential at the origin
of the coordinate system shown
in the figure below. Knowing that the
linear charge density of the half-ring, behaves as follows
behaves as:

 

 

And that the radius R of that half-ring is
40 cm.

2mC /m 0søs 6 27 (6) ={- 5mC /m 6 3 3mC 3
Transcribed Image Text:2mC /m 0søs 6 27 (6) ={- 5mC /m 6 3 3mC 3
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