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The emf of the battery V is 12.0 volts. C1 is 3.00 microfarads. C2 is 5.00 microfarads. The switch is first at position 1 charging capacitor C1. It is then switched to position 2. The battery is now disconnected from the circuit. After reaching equilibrium, the final voltage across C2 is O A. 6.40 V O B. 7.50 V O C.4.50 V D. None of the given options O E. 12.0 V

The emf of the battery V is 12.0 volts. C1 is 3.00 microfarads. C2 is 5.00 microfarads. The switch is first at position 1 charging capacitor C1. It is then switched to position 2. The battery is now disconnected from the circuit. After reaching equilibrium, the final voltage across C2 is O A. 6.40 V O B. 7.50 V O C.4.50 V D. None of the given options O E. 12.0 V

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The emf of the battery V is 12.0 volts. C1 is 3.00 microfarads. C2 is 5.00 microfarads. The switch is first at position 1 charging capacitor C1. It is then switched to position 2. The battery is now disconnected from the circuit. After reaching equilibrium, the final voltage across C2 is V O A. 6.40 V O B. 7.50 V O C.4.50 V O D. None of the given options O E. 12.0 V
Transcribed Image Text:The emf of the battery V is 12.0 volts. C1 is 3.00 microfarads. C2 is 5.00 microfarads. The switch is first at position 1 charging capacitor C1. It is then switched to position 2. The battery is now disconnected from the circuit. After reaching equilibrium, the final voltage across C2 is V O A. 6.40 V O B. 7.50 V O C.4.50 V O D. None of the given options O E. 12.0 V
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