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The circuit shown below consists of resistors, capacitors, a battery, and a single pole double throw switch (SPDT). When the switch is in position A, the battery is part of the circuit. When the switch is in position B, the battery is replaced with a wire. R2 = 10.0 M2 C = 70.0 µF R3 = 7.50 M2 R4 = 4.50 M2 R = 4.00 M2 C = 45.0 µF SPDT R3 = 8.00 M2 E= 120.0 V C4 = 10.5 µF C3 = 27.0 µF C3 = 12.5 µF Initially, the switch is open, and all capacitors are initially uncharged. The switch is then put in position A, so that the battery is in the circuit. 35.0 s after the switch is flipped to position A, what will the potential difference be across C3?

The circuit shown below consists of resistors, capacitors, a battery, and a single pole double throw switch (SPDT). When the switch is in position A, the battery is part of the circuit. When the switch is in position B, the battery is replaced with a wire. R2 = 10.0 M2 C = 70.0 µF R3 = 7.50 M2 R4 = 4.50 M2 R = 4.00 M2 C = 45.0 µF SPDT R3 = 8.00 M2 E= 120.0 V C4 = 10.5 µF C3 = 27.0 µF C3 = 12.5 µF Initially, the switch is open, and all capacitors are initially uncharged. The switch is then put in position A, so that the battery is in the circuit. 35.0 s after the switch is flipped to position A, what will the potential difference be across C3?

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter17: Resistive-inductive Series Circuits
Section: Chapter Questions
Problem 16PP: An R-L series circuit contains two resistors and two inductors. The resistors are 86 k and 68 k ....
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The circuit shown below consists of resistors, capacitors, a battery, and a single pole double throw switch (SPDT). When the switch is in position A, the battery is part of the circuit. When the switch is in position B, the battery is replaced with a wire. R2 = 10.0 MQ C = 70.0 µF R3 = 7.50 M2 R4 = 4.50 M2 R = 4.00 M2 C2= 45.0 µF SPDT R5 = 8.00 M2 EE= 120.0 y C4 = 10.5 µF C3 = 27.0 µF Cs = 12.5 µF Initially, the switch is open, and all capacitors are initially uncharged. The switch is then put in position A, so that the battery is in the circuit. 35.0s after the switch is flipped to position A, what will the potential difference be across C3?
Transcribed Image Text:The circuit shown below consists of resistors, capacitors, a battery, and a single pole double throw switch (SPDT). When the switch is in position A, the battery is part of the circuit. When the switch is in position B, the battery is replaced with a wire. R2 = 10.0 MQ C = 70.0 µF R3 = 7.50 M2 R4 = 4.50 M2 R = 4.00 M2 C2= 45.0 µF SPDT R5 = 8.00 M2 EE= 120.0 y C4 = 10.5 µF C3 = 27.0 µF Cs = 12.5 µF Initially, the switch is open, and all capacitors are initially uncharged. The switch is then put in position A, so that the battery is in the circuit. 35.0s after the switch is flipped to position A, what will the potential difference be across C3?
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