Two oppositely charged parallel plates separated by an insulator creates a capacitor. When a conductor connects the two plates, the

Capacitor will discharge. This can best be explained by which of these,

Both plates have electrons that are released as the capacitor discharges.

There is a current in the plates that is released when the capacitor

discharges

The insulator has less resistance than the conductor allowing the capacitor

to discharge

There is an electric potential between the plates which is released as the

capacitor discharges

Submit

Hint

What do we know about opposite charges?

Electrical and Magnetic Forces

Question

Miah Atkins

Physics

13 February, 12:20

Two oppositely charged parallel plates separated by an insulator creates a capacitor. When a conductor connects the two plates, the

Capacitor will discharge. This can best be explained by which of these,

Both plates have electrons that are released as the capacitor discharges.

There is a current in the plates that is released when the capacitor

discharges

The insulator has less resistance than the conductor allowing the capacitor

to discharge

There is an electric potential between the plates which is released as the

capacitor discharges

Submit

Hint

What do we know about opposite charges?

Electrical and Magnetic Forces

+3

Answers (1)

Know the Answer?

Thaddeus Kennedy · Answer 1

There is an electric potential between the plates which is released as the

capacitor discharges.

Explanation:

In Electrical or Magnetic forces, opposite charges generate a force field.