Figure P25.28 shows that the spacing between equipotential surfaces surrounding a charged particle increases with radial distance

Question:

Figure P25.28 shows that the spacing between equipotential surfaces surrounding a charged particle increases with radial distance \(r\) away from the particle.

(a) How would the potential have to depend on \(r\) in order to make the spacing between equipotential surfaces uniform?

(b) How would the electric field depend on \(r\) in that case?

Data from Figure P25.28

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