An insulating sphere of radius R = 0.10 \rm m has a uniform
surfacecharge density equal to 5.9 \rm mC/m^2. A point charge
ofmagnitude 0.71 \rm mC is 0.45 \rm m from the center of the
sphere.The magnitude of the force exerted by the sphere on the
pointcharge is 0.024 \rm N. Suppose the charged sphere is made
from aconductor, rather than an insulator. Do you expect the
magnitude ofthe force between the point charge and the
conducting sphere to begreater than, less than, or equal to the
force between the pointcharge and an insulating sphere? A. Equal
to B. less than C. greater than Choose the best explanationfrom
among the following: A. The charge of the sphere is the
samewhether it is conducting or insulating, and therefore the
force isthe same. B. The conducting sphere will allow thecharges
to move, resulting in a greater force. The charge on a
conducting sphere will move asfar away as possible from the
point charge. This results in areduced force.