A dipole consisting of two charges 25 nC and -25 nC held apart by a rod...

 

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A dipole consisting of two charges 25 nC and -25 nC held apart by a rod of length 1 mm is oriented as shown in the figure. A metallic spherical shell of charge +22 nC distributed uniformly over its surface and located with respect to the dipole as shown in the figure. The center of the dipole and the center of the spherical shell are at the distance d-0.43 m from location A. Dipole +q ' Downward Spherical Shell a) (5 points) The direction of the electric field at location A due to the dipole is. OUpward OLeft ORight B +Q b) (10 points) What is the electric field vector at location A due to the dipole only? = < ,0> N/C OLeft ORight c) (5 points) The direction of the electric field at location A due to the sphrical shell is: OUpward ODownward d) (10 points) What is the electric field vector at location A due to the spherical shell only? = < 7.0> N/C e) (10 points) What is the net electric field vector at location A due to both dipole and spherical shell? Enet= < 7.0> N/C f) (10 points) What is the net electric field vector at location B inside the metallic spherical shell? net= < ,0> N/C A dipole consisting of two charges 25 nC and -25 nC held apart by a rod of length 1 mm is oriented as shown in the figure. A metallic spherical shell of charge +22 nC distributed uniformly over its surface and located with respect to the dipole as shown in the figure. The center of the dipole and the center of the spherical shell are at the distance d-0.43 m from location A. Dipole +q ' Downward Spherical Shell a) (5 points) The direction of the electric field at location A due to the dipole is. OUpward OLeft ORight B +Q b) (10 points) What is the electric field vector at location A due to the dipole only? = < ,0> N/C OLeft ORight c) (5 points) The direction of the electric field at location A due to the sphrical shell is: OUpward ODownward d) (10 points) What is the electric field vector at location A due to the spherical shell only? = < 7.0> N/C e) (10 points) What is the net electric field vector at location A due to both dipole and spherical shell? Enet= < 7.0> N/C f) (10 points) What is the net electric field vector at location B inside the metallic spherical shell? net= < ,0> N/C