Complete this problem on your own paper. Be sure to show your work! Upload your work...

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Complete this problem on your own paper. Be sure to show your work! Upload your work to the dropbox by the due date. You have a box of 12.0 µF capacitors and an 18.0 V battery. 1) Draw a circuit showing how you could connect these capacitors to achieve an equivalent capacitance of 28.0 µF. (There may be more than one way to do this!) 2) You connect this group of capacitors to your battery. What is the potential and charge of each capacitor when they are fully charged? Complete this problem on your own paper. Be sure to show your work! Upload your work to the dropbox by the due date. You have a box of 12.0 µF capacitors and an 18.0 V battery. 1) Draw a circuit showing how you could connect these capacitors to achieve an equivalent capacitance of 28.0 µF. (There may be more than one way to do this!) 2) You connect this group of capacitors to your battery. What is the potential and charge of each capacitor when they are fully charged?