The sketch below is a graph of Ex. What is the potential difference between xi=1.0 m and xf = 3.0 m? Select one: O 200 V OOV O 150 V O More info needed O-200 V O-150 V Drop "Y" next to each of the True statements below that you believe it applies to the following scenario and "N", otherwise. "O" is for the null answer. A parallel plate capacitor C is plugged into a circuit to a battery with a constant voltage V. The spacing in between plates is doubled while maintaining the same voltage across the plates. 1. The electric charge in the capacitor will remain unchanged. 2. The energy stored in the capacitor will be half of its original value. 3. The capacitance will be double of its original value. 4. The surface charge density n will double. 5. The electric Filed inside the capacitor will double. The sketch below is a graph of Ex. What is the potential difference between xi=1.0 m and xf = 3.0 m? Select one: O 200 V OOV O 150 V O More info needed O-200 V O-150 V Drop "Y" next to each of the True statements below that you believe it applies to the following scenario and "N", otherwise. "O" is for the null answer. A parallel plate capacitor C is plugged into a circuit to a battery with a constant voltage V. The spacing in between plates is doubled while maintaining the same voltage across the plates. 1. The electric charge in the capacitor will remain unchanged. 2. The energy stored in the capacitor will be half of its original value. 3. The capacitance will be double of its original value. 4. The surface charge density n will double. 5. The electric Filed inside the capacitor will double