8) The network shown in the figure is assembled with uncharged capacitors X, Y, and Z, with X=7.0 µF, Cy=7.0 µF potential difference Vab = +120 V is applied between points a and b. After the network is assembled, switch S1 is closed for a long time, but switch S2 is kept open. Then switch S1 is opened and switch S2 is closed. What is the final voltage across capacitor X? and z=6.0 µF, and open switches, S1 and S2. A Vab= +120 V S2

Question
8) The network shown in the figure is assembled with uncharged capacitors X, Y,
and Z, with X=7.0 µF, Cy=7.0 µF
potential difference Vab = +120 V is applied between points a and b. After the
network is assembled, switch S1 is closed for a long time, but switch S2 is kept
open. Then switch S1 is opened and switch S2 is closed. What is the final voltage
across capacitor X?
and z=6.0 µF,
and open switches, S1 and S2. A
Vab= +120 V
S2

Image Transcription

8) The network shown in the figure is assembled with uncharged capacitors X, Y, and Z, with X=7.0 µF, Cy=7.0 µF potential difference Vab = +120 V is applied between points a and b. After the network is assembled, switch S1 is closed for a long time, but switch S2 is kept open. Then switch S1 is opened and switch S2 is closed. What is the final voltage across capacitor X? and z=6.0 µF, and open switches, S1 and S2. A Vab= +120 V S2

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