Figure shows a network of seven capacitors. The charge on the `5muF` capacitor si `10muC`.

The potential difference between points `A` and `B`

Figure shows a network of seven capacitors. The charge on the 5muF capacitor si 10muC . The potential differenc between points A and C

Figure shows a network of seven capacitors. The charge on the 5muF capacitor si 10muC . The equivalent capacitance between point A and B is-

If charge on 5muF capacitor is 50muC , find the potential difference on 4muF and emf of battery.

In figure (below) the charge on the 1.5muF capacitor is

Several capacitors are connected as shown in. If the charge on the 5 muF capacitor is 120 muC , the potential between points A and D is .

Several capacitors are connected as shown in. If the charge on the 5 muF capacitor is 120 muC , the potential between points A and D is .

If charge on 5 muF capacitor is 50 muC , then find the potential difference on 4 muF and emf of battery.

Figure shows a network of a capacitor and resistors. Find the charge on capacitor in steady state in muC .

The charge on the 4muF capacitor at steady state is (in muC )

The capacities and connection of five capacitors are shown in the adjoining figure. The potential difference between the points A and B is 60 volts. Then the equivalent capacity between A and B and the charge on 5 muF capacitance will be respectively