1a. A parallel plate capacitor of area A is connected to a battery (AV). The plates are a distance d apart. While the plates are still connected to the battery, the plates are moved farther apart to a distance d'. For each of the following variables, state whether the value will increase, decrease or remain the same after the plate separation distance is increased. Briefly explain your answer. A AV: E: Q: C: AU: 1b. The plates are returned to the separation distance d while still connected to the battery. The capacitor is then disconnected from the battery and the plates are again moved farther apart to the distance d'. For each of the following variables, state whether the value will increase, decrease or remain the same after the plate separation distance is increased. Briefly explain your answer. A AV: E: Q: C: AU:2. Three capacitors are charged up Resistor by a 12 Volt source as shown at right. The voltage drop across C, is 8.25 Volts, the energy stored in C, is 0.8508 mJ, and the energy stored in Co is 1.44 mJ. Voltage + Source CI a. What is the voltage drop across Switch Closed After charging, the voltage drop from A to C is AV, the same as the b. What is the voltage drop across Voltage Source. The Electric Potential value of each capacitor plate Ca? conductively contacting Point B is the same- c. What is the amount of charge contained in C? d. What is the amount of charge contained in C? e. What is the capacitance of C1, Cz, Ca? f. What is the total capacitance of the circuit