(Solved): 7. The simulation lab has a circuit with a battery and a capacitor. At the moment the battery volta ...

7. The simulation lab has a circuit with a battery and a capacitor. At the moment the battery voltage is turned on, the nonzero current is seen in the circuit. However, the current vanistues, and goes to zero, after a few seconds. Which of the following best explains this phenomenon? The current changes direction, therefore it looks like zero The charge on the capacitor is initially maximum, so it allows for current flows. Then charge vanishes on the capacitor, as the current The electrons can pass through capacitor plates at the moment voltage is tumed on; however, it stopped after a few seconds Initially, there is no charge on the capacitor. The current flows until the capacitor is fully charged. Then current stops The wire connecting the battery and capacitor is not strong, so it breaks, and then current vanishes 11. Which of the following cannot be included in the conclusion of this experiment? Charge on the capacitor plates increases as potential difference across the plates increases The capacitor plate connected to the positive terminal of the battery has positive charge Capacitance increases as plate area increases and plate separation decreases Energy stored in the capacitor decreases as the charge on the plates increases All of the above can be included in conclusion