# Question: Repeat Exercise 67 assuming instead that the capacitors are instead

Repeat Exercise 67 assuming, instead, that the capacitors are, instead, connected in parallel.

In exercise A capacitor (5.70μF) is connected in a series arrangement with a second capacitor (2.30μF) and a 12-V battery.

(a) How much charge is stored on each capacitor?

(b) What is the voltage drop across each capacitor? The battery is then removed, leaving the two capacitors isolated.

(c) If the smaller capacitor’s capacitance is now doubled, by how much does the charge on each and the voltage across each change?

In exercise A capacitor (5.70μF) is connected in a series arrangement with a second capacitor (2.30μF) and a 12-V battery.

(a) How much charge is stored on each capacitor?

(b) What is the voltage drop across each capacitor? The battery is then removed, leaving the two capacitors isolated.

(c) If the smaller capacitor’s capacitance is now doubled, by how much does the charge on each and the voltage across each change?

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