A solid nonconducting sphere is inside a solid nonconducting spherical shell, as shown in the figure. A total charge +Q is evenly distributed throughout the sphere and is also evenly distributed throughout the shell. Which of the following statements is a correct claim about the electric field at point X between the sphere and shell and has a valid supporting statement? (A) The electric field points to the left, because the electric field from sphere is zero and the electric field from the shell is directed to the left
(B) The electric field points to the left, because a Gaussian sphere concentric with the sphere X on its surface only encloses the charge on the inner sphere.
(c) The electric field points to the right, because the electric field from the shell has a larger magnitude that the electric field from the sphere
(D) The electric field is zero, because a Gaussian sphere concentric with the sphere with X on its surface encloses zero net charge.
(E) The electric field is zero, because point X is inside a nonconducting shell.