When switch $ is open, the 40.0-uF capacitor has an initial charge of 50.0 C while the other three capacitors are uncharged. The switch is then closed for a long time. What is the final value of the total electrical energy stored in these four capacitors? 10,0 μF H 40.0 μF 14.0 με 15.0 μF 0.30 21 H 12.0 1.33 pl 0.21 H
When switch $ is open, the 40.0-uF capacitor has an initial charge of 50.0 C while the other three capacitors are uncharged. The switch is then closed for a long time. What is the final value of the total electrical energy stored in these four capacitors? 10,0 μF H 40.0 μF 14.0 με 15.0 μF 0.30 21 H 12.0 1.33 pl 0.21 H
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Transcribed Image Text:When switch 5 is open, the 40.0-uF capacitor has an initial charge of 50.0 C while the other three capacitors are uncharged. The switch is then closed for a long time. What is the final
value of the total electrical energy stored in these four capacitors?
10,0 μF
HF
F
€ 40.0 μF
14.0 μF
15.0 μF
0.30
21 W
12.0
1.33 H
0.21 pl
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