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A very long line charge having a charge density λ is surrounded by a conducting cylindrical shell with inner radius ri = 4.05 cm and outer radius r0 = 7 cm as shown in the figure. System is in electrostatic equilibrium condition. What would be the electric potential difference ΔV = V(r = 1.47 cm)−V(r = 6.2 cm) ? Provide your answer in terms of λk with 2 significant figures.

A very long line charge having a charge density λ is surrounded by a conducting cylindrical shell with inner radius ri = 4.05 cm and outer radius r0 = 7 cm as shown in the figure. System is in electrostatic equilibrium condition. What would be the electric potential difference ΔV = V(r = 1.47 cm)−V(r = 6.2 cm) ? Provide your answer in terms of λk with 2 significant figures.

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A very long line charge having a charge density λ is surrounded by a conducting cylindrical shell with inner radius r i = 4.05 c m and outer radius r 0 = 7 c m as shown in the figure. System is in electrostatic equilibrium condition. What would be the electric potential difference Δ V = V ( r = 1.47 c m ) − V ( r = 6.2 c m ) ? Provide your answer in terms of λ k with 2 significant figures.

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