13-5 Two capacitors, C₁ = 8.0μF and C₂ = 16.0μF, are connected in parallel and charged with a V1 = 113 V power supply. While still charged, both capacitors are disconnected from the power supply and from one another. The two capacitors are then reconnected in parallel (without involving the power supply), but with one of the capacitors flipped or crossed, so that the positive lead of one meets the negative lead of the other. Determine the final voltage of the capacitor pair. V(+1V)

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13-5 Two capacitors, C₁ = 8.0μF and C₂ = 16.0μF, are connected in parallel and
charged with a V1 = 113 V power supply. While still charged, both
capacitors are disconnected from the power supply and from one another.
The two capacitors are then reconnected in parallel (without involving the
power supply), but with one of the capacitors flipped or crossed, so that the
positive lead of one meets the negative lead of the other. Determine the final
voltage of the capacitor pair.
V(+1V)
Transcribed Image Text:13-5 Two capacitors, C₁ = 8.0μF and C₂ = 16.0μF, are connected in parallel and charged with a V1 = 113 V power supply. While still charged, both capacitors are disconnected from the power supply and from one another. The two capacitors are then reconnected in parallel (without involving the power supply), but with one of the capacitors flipped or crossed, so that the positive lead of one meets the negative lead of the other. Determine the final voltage of the capacitor pair. V(+1V)
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