Set 7 Problem 3 Charged Conducting Cylinder A very long conducting cylinder of radius 4.9 cm carries a uniform surface charge density o = 0.067 uC/m". The cylinder is at an electric potential Vo = 300 V. What is the potential, at points far from the ends, at a distance 8 cm from the axis of the cylinder? V = abc sin(x 7x10 Submit Reset Reset All .Find the electric field using Gauss' law, then integrate to find the electric potential. b. Equipotential surfaces are to be drawn for 100-V intervals outside the cylinder. Determine the radius r of the first and the tenth equipotential surface.b. Equipotential surfaces are to be drawn for 100-V intervals outside the cylinder. Determine the radius r of the first and the tenth equipotential surface. VO m abc sin(x Ox10 Submit Reset Reset All 10 = m abc sin(x) Ox10 Submit Reset Reset All