0 45 points a region of space a uniform electric field point

+0 4.5 points a region of space, a uniform electric field points t th harged ght to th a.) A small fraction of the electrons in the conductor will move Select-- and will induce their own electric field that points Select-- inside the conductor. e net electric field i b.) Th th is region of space will point: everywhere inside the conductor: Select everywhere just outside the conductor: ---Select far away from the conductor: ---Select This conductor will feel a net force due to the external electric field which is: ---Select-- If an uncharged insulator was instead brought into this same external electric field: c.) The insulator will induce its own electric field inside itself that points ---Select d.) The net electric field inside the insulator will point --Select-- and will be ---Select the external electric field. e.) Explain why conductors can do perfect shielding\" while insulators can only do \"partial shielding\". -Select they will not move not enough info not enough info not enough info not enough info e.) Explain why conductors can do \"perfect shielding\" stronger than while insulators can onlv do \"Dartial shieldina\" weaker than it is zero it is zero the same strength as not enough info not enough info not enough info e.) My Notes Ask Your Teach -Select not enough info not enough info

Solution

A) Electrons will move towards left so that the net electric field inside the conductor be in right direction which can neutralize the effect of electric field pointing to the left.

B) Net Electric field will point just outside the temperature.
Net force due to external electrical field will be towards left.

C) in the direction of external electric field.
D) from right to left
In the same direction to the external electric field.