Fill This Form To Receive Instant Help
Homework answers / question archive / charge distributions are as follows: -A point charge at the origin with charge +3Q A small conductive spherical shell with net charge -Q -A large spherical conductive shell with net charge -5Q
Starting with equations on your formula sheet, find the electric field at (4a, 0) due to the two charge distributions shown: I) A solid, insulating sphere [radius 2a, centered at (3a, 0)1 with total charge -Q uniformly distributed throughout its volume. Q is a positive constant with units of C. 2) An infinitely long insulating cylinder centered on the y-axis, as shown, with charge uniformly distributed throughout its volume. It has radius a, and uniform charge density, ho (h0 is a positive constant with units of Um) Dimension a is in meters. Your answer should be in terms of the given info [a, Q, and ?..,) and our usual constants (go and/or k).
Find electric field here