Question

Consider a negative charge located between two parallel metal plates that sets up a uniform, downward electric field with magnitude E.

If the charge moves opposite the direction of the electric field,
GPT 3.5
the force on the charge will be in the opposite direction of the electric field. The force will be upward.
Consider a negative charge located between two parallel metal plates that sets up a uniform, downward electric field with magnitude E.

If the charge moves opposite the direction of the electric field,


The field does a positive work on the charge


None of the above


The electric potential energy decreases


The electric potential energy increases


The field does a negative work on the charge
GPT 3.5
The field does a positive work on the charge.
A conductor with an inner cavity, shown in figure below, carries a total charge of plus 14 mu C. Within the cavity, insulated from the conductor, is a point charge of negative 10 mu C.
GPT 3.5
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