53. A very thin uniformly charged ring lies in the xy plane, centered about the origin as illustrated below. The radius of the ring is denoted by the symbol a and the positively charged ring has total charge Q. Derive an equation for the electric potential at the point (0,0, p) in terms of k, Q, a, and p. (0,0, p)
53. A very thin uniformly charged ring lies in the xy plane, centered about the origin as illustrated below. The radius of the ring is denoted by the symbol a and the positively charged ring has total charge Q. Derive an equation for the electric potential at the point (0,0, p) in terms of k, Q, a, and p. (0,0, p)
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Electric Potential
Transcribed Image Text:Chapter 9- Electric Potential
53. A very thin uniformly charged ring lies in the xy plane, centered about the origin as
illustrated below. The radius of the ring is denoted by the symbol a and the positively
charged ring has total charge Q. Derive an equation for the electric potential at the point
(0,0, p) in terms of k, Q, a, and p.
(0,0, p)
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