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All capacitors are initially uncharged Switch 1 is first closed for several seconds, and then opened. Then switch 2 is closed. Calculate the final potential differences V1, V2, and V3 across each capacitor, and indicate, on the diagram, which plate is positive and which is negative for each capacitor. Take C = 6.0µF, C2 = 20.0µF, C3 = 30.0µF, and the battery emf to be 9.0 volts. Si C3

All capacitors are initially uncharged Switch 1 is first closed for several seconds, and then opened. Then switch 2 is closed. Calculate the final potential differences V1, V2, and V3 across each capacitor, and indicate, on the diagram, which plate is positive and which is negative for each capacitor. Take C = 6.0µF, C2 = 20.0µF, C3 = 30.0µF, and the battery emf to be 9.0 volts. Si C3

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1. All capacitors are initially uncharged Switch 1 is first closed for several seconds, and then opened. Then switch 2 is closed. Calculate the final potential differences V1, V2, and V3 across each capacitor, and indicate, on the diagram, which plate is positive and which is negative for each capacitor. Take C1 = 6.0µF, C2 = 20.0µF, C3 = 30.0µF, and the battery emf to be 9.0 volts. S1 S2 C1 C2 C3
Transcribed Image Text:1. All capacitors are initially uncharged Switch 1 is first closed for several seconds, and then opened. Then switch 2 is closed. Calculate the final potential differences V1, V2, and V3 across each capacitor, and indicate, on the diagram, which plate is positive and which is negative for each capacitor. Take C1 = 6.0µF, C2 = 20.0µF, C3 = 30.0µF, and the battery emf to be 9.0 volts. S1 S2 C1 C2 C3
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