1. The problem statement, all variables and given/known data So 4 capacitors are hooked up as shown in the picture on the left http://i.imgur.com/RiNcYz4.png each with C=0.8 F and the voltage from the battery V=16.6 V Then they are disconnected and hooked up as shown on the left with one capacitor flipped. What is the effective capacitance on the configuration shown left, and the charge on the final system shown right? 2. Relevant equations CV=Q 3. The attempt at a solution I got the effective capacitance worked out to 0.2 F. I also know that the charge on each of the capacitors initally will be equal to the charge on the effective capacitor, which using CV=Q I got 3.32 C on each. What's throwing me off is the flipped capacitor in the final configuration. It looks like they will each have the same voltage because in any given loop you cross two capacitors. And if they all have the same capacitance then shouldn't they all have the same charge? What exactly changes?