A 10μF capacitor is charged to 15V. It is next connected in seties with an uncharged 5μf capacitor. The series cambination is finally connected across a 30V battery

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A 10μF capacitor is charged to 15V. It is next connected in seties with an uncharged 5μf capacitor. The series cambination is finally connected across a 30V battery, as shown in. Find the new potential differnce across the 5μF and 10μF capacitors.
07
Nov
A 10μF capacitor is charged to 15V. It is next connected in seties with an uncharged 5μf capacitor. The series cambination is finally connected across a 30V battery, as shown in. Find the new potential differnce across the 5μF and 10μF capacitors. A 10μF capacitor is charged to 15V. It is next connected in seties [...]
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Tags: A 10μF capacitor is charged to 15V. It is next connected in seties with an uncharged 5μf capacitor. The series cambination is finally connected across a 30V battery , as shown in. Find the new potential differnce across the 5μF and 10μF capacitors. ,