Option D is correct. A charged capacitor has an electromotive force and can create a potential difference when connected in a circuit.
Current inside a battery is in same direction as outside, so option A and B becomes incorrect.
Also EMF is always greater than potential difference of battery which means option C is also incorrect.
3 of 12> 4th Edition Part A Choose what is true about the "charge escalator" model for the battery The current inside the battery is opposite to that in the wire connecting the wires o...
3) Two thin conducting wires are used to connect very large conducting plates to opposite poles of a battery. Chemical reactions within the battery produce an emf E that "pushes" one electr after another onto the wire connected to the negative terminal of the battery, and "pulls" one electron after another from the wire connected to the positive terminal of the battery on electrons pulled in electrons battery pashed out conducting plate a) Given that positive charges repel each other...