A potential of V = 3000 V is applied to a combination of four initially uncharged capacitors as shown in the figure. Capacitors A, B, C and D have capacitances C_(A)=6.0 muF,C_(B)=5.2 muF,C_(C)=1.5 muF and C_(D) = 3.8 muF, respectiely. If the battery is disconnected, then potential difference across capacitor B is (approximately)

A potential of V = 3000 V is applied to a combination of four initiall

1.	A potential of V = 3000 V is applied to a combination of four initially uncharged capacitors as shown in the figure. Capacitors A, B, C and D have capacitances C_(A)=6.0 muF,C_(B)=5.2 muF,C_(C)=1.5 muF and C_(D) = 3.8 muF, respectiely. If the battery is disconnected, then potential difference across capacitor B is (approximately)
Answer» 3000 V zero 530 V 350 V Answer :D

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