For the network of capacirors as shown in.
.
a. Find the potential of junction `D`.
b. Find the potential of function D,
c. Find the charge on `2 muF` capacitor.

For the network of capacirors as shown in figure. . a. Find the potential of junction B . b. Find the potential of function D, c. Find the charge on 2 muF capacitor.

Find the charges on 6muF and 4muF capacitors

Find the charges on 6muF and 4muF capacitors

Find the potential difference and charge on each capacitor.

Find the potential difference and charge on each capacitor.

In the network shown in given figure , find the potential differene across BD.

In the network of capacitors shown in figure 6.14 find the equivalent capacitance between a and b. Take C=2 muF

Three capacitors of 2muF, 3muF and 5muF are independently charged with batteries of emf’s 5V, 20V and 10V respectively. After disconnecting from the voltage sources. These capacitors are connected as shown in figure with their positive polarity plates are connected to A and negative polarity is earthed. Now a battery of 20V and an uncharged capacitor of 4muF capacitance are connected to the junction A as shown with a switch S. When switch is closed, find : (a) the potential of the junction A. (b) final charges on all four capacitors.

In the network shown in given figure, find the potential difference across BD