In the network shown in figure. `C_(1)=2.0muF,C_(2)=6.0 and C_(3)=2.5muF`. Determine (i) total capacitance, charge and energy of the system (ii) charges on separated capacitors (iii) potential differences across the separate capacitors.

In a ircuit shown in figure, the potential difference across the capacitor of 2muF is

In the circuit shown the capacitors are C_(1)=15muF, C_(2)=10muF and C_(3)=25 muF . Find the charge on each capacitor and

In the network shown in figure. C_(1)=C_(2)=C_(3)=C_(4)=10muF . Find th equivalent capacitance between the points A and B, what will be the charge on each capacitor?

In the circuit shown in the figure, the potential difference across the 4.5 muF capacitor is

In the circuit shown the capacitors are C_(1)=15muF, C_(2)=10muF and C_(3)=25 muF . Find the equivalent capacitance of the circuit.

In the given network capacitance, C_(1) = 10muF, C_(2) = 5 muF and C_(3) = 4muF . What is the resultant capacitance between A and B ?

(a ) Find the equivalent capacitance of the combination shown in the figure ( a) when C_(1)=2.0 mu F, C_(2)=4.0 muF " and " C_(3) =3.0 muF (b ) The input terminals A and B in figure (a) are connected to a battery of 12 V. Find the potential and the charge of each capacitor .

In the circuit shown in figure C_(1)=5muF, C_(2)=29muC, C_(3)=6muF, C_(4)=3muF and C_(4)=7muF . If in steady state potential difference between points A and B is 11 volt, calculate potential difference across C_(3) .

In the circuit shown the capacitors are C_(1)=15muF, C_(2)=10muF and C_(3)=25 muF . Find the potential difference across each capacitor.