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
.

Six identical capacitors are connected as shown in figure. Capacitance of each capacitors is 5 muF The effective capacitance between point A and B is

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

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

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

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

In steady state, find the charge on 3muF capacitor in muC

In steady state, find the charge on 3muF capacitor in muC

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

Seven capacitor are connected as shown in the figure. . The equivalent capacitance in muF between A and B is.

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