[Hintz integrate dq over one of the rings to get V for that ring. The other ring makes precisely the same contribution.] Consider two coaxial rings…
Find the electric potential at a point on their common axis midway between the two rings, assuming that each ring carries a uniformly distributed charge of 4.73 μC .
[Hintz integrate dq over one of the rings toget V for that ring. The other ring makesprecisely the same contribution.] Consider two coaxial rings of 32.4 cm radiusand separated by 18.3 cm . Find the electric potential at a point ontheir common axis midway between the tworings, assuming that each ring carries auniformly distributed charge of 4.73 p50.The value of the Coulomb constant is8.98755 x 109 N – 1112/02. Answer in units of V.
