A dipole consisting of two oppositely charged balls

connected by a wooden stick is located as shown in the

diagram at right. A block of plastic is located nearby, as

shown. Locations $B,C,$ and $D$ all lie on a line perpendicular to the axis of the dipole, passing through the midpoint of

the dipole.

Before selecting answers to the following questions, draw your own diagram of this situation, showing all the fields and charge distributions requested..

Answer the following questions by selecting either a direction $(a-j)$ or an orientation of a polarized molecule $(1-10)$ from the diagrams below.

Which of the arrows shown above best indicates the direction of the electric field at location $C,$ due only to the dipole? $-$ Select$-.........................$

Which of the arrows shown above best indicates the direction of the electric field at location $D,$ due only to the dipole? $-$cdots Select$---V$

Which of the diagrams shown above best indicates the polarization of a molecule of plastic at location $C?$ cdots$--$Select$--.V$

Which of the diagrams shown above best indie

A molecule located at $D$ would be polarized less than a molecule located at $C.$

A molecule located at $D$ would be polarized more than a molecule located at $C.$

A molecule located at $C$ would be not be polarized at all.

The polarization of a molecule located at $D$ would be the same as the polarization of a molecule located at $C.$

Which of the arrows shown best indicates the direction of the electric field at location $B,$ due only to the dipole? $-$cdots Select$--.$

Which of the arrows shown best indicates the direction of the electric field at location $B,$ due only to the plastic block? $--$ Select$---$

The magnitude of the electric field at $B$ due to the plastic is less than the magnitude of the electric field at $B$ due to the dipole.

Which of the arrows shown best indicates the direction of the net electric field at location $B?-$cdots Select$--$

Which of the following statements is correct?

The electric field at $B$ due only to the dipole would be zero if the plastic block were not there.

The electric field at $B$ due only to the dipole would be the same if the plastic block were not there.

The electric field at $B$ due only to the dipole would be smaller if the plastic block were not there.

The electric field at $B$ due only to the dipole would be larger if the plastic block were not there.

$$ The diagram shows mobile charges; this is wrong because an insulator does not have mobile charged particles.

$$ The diagram is correct; this is just a different way of drawing the polarization.