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9 In Fig. 25-21, the battery has potential difference V = 14.0 V, C, = 3.0 µF, C4 = 4.0 µF, and all the capacitors are initially un- charged. When switch S is closed, a total charge of 12 µC passes through point a and a total charge of 8.0 uC passes through point b. What are (a) C, and (b) C3? l %3D %3D 00.0 门 a C1 C2 souace L C4 Towi C3 V

9 In Fig. 25-21, the battery has potential difference V = 14.0 V, C, = 3.0 µF, C4 = 4.0 µF, and all the capacitors are initially un- charged. When switch S is closed, a total charge of 12 µC passes through point a and a total charge of 8.0 uC passes through point b. What are (a) C, and (b) C3? l %3D %3D 00.0 门 a C1 C2 souace L C4 Towi C3 V

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9 In Fig. 25-21, the battery has potential difference V = 14.0 V, C, = 3.0 µF, C, = 4.0 µF, and all the capacitors are initially un- charged. When switch S is closed, a total charge of 12 µC passes through point a and a total charge of 8.0 µC passes through point b. What are (a) C, and (b) C3? %3D cobber olooe Ininos a C C2 C4 C3 1. V
Transcribed Image Text:9 In Fig. 25-21, the battery has potential difference V = 14.0 V, C, = 3.0 µF, C, = 4.0 µF, and all the capacitors are initially un- charged. When switch S is closed, a total charge of 12 µC passes through point a and a total charge of 8.0 µC passes through point b. What are (a) C, and (b) C3? %3D cobber olooe Ininos a C C2 C4 C3 1. V
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