Four capacitors with capacitances `C_(1) = 1 muF, C_(2) = 1.5 muF, C_(3) = 2.5 muF` and `C_(4) = 0.5 muF` are connected as shown in Fig, to a 30 voltg source. The potentail difference between points `a` and `b` is

Four capacitors with capacitances C_1=1muF,C_2=1.5muF,C_3=2.5muF and C_4 =0.5muF are connected as shown and are connected to a 30 volt source. The potential difference between points a and b is

Five capacitors of capacitances C_(1) = C_(5) = 1 muF , C_(2) = C_(3) = C_(4) = 2 muF are connectes as shown in Fig. Calculate equivalent capacitance of the system between points A and B .

Four capacitors C_(1)=8 muF , C_(2)=2 muf, C_(3)=6 muF , and C_(4)=6, muF are arranged as shown in. Find the charge on all the capacitors in the circuit. .

Four capacitors C_(1)=8 muF , C_(2)=2 muf, C_(3)=6 muF , and C_(4)=6, muF are arranged as shown in. Find the charge on all the capacitors in the circuit. .

Three capacitors X = 1 muF, Y = 2 muF and Z = 3 muF are connected as shown in figure, then the equivalent capacitance between points A and B is

In the circuit shown C_(1) = 15 mu F, C_(2) == 30 muF , C_(3) = 30 muF , C_(4) = 30 muF and C_(5) = 60 muF . At steady state, the potential difference between points P and Q is 50 V. Calculate the potential difference across capacitor with capacitance C_(5)

Three capacitors C_1 = 3muF, C_2 = 6muF and C_3 = 10muF are connected to a 50 V battery as shown in the figure below: Calculate : The equivalent capacitance of the circuit between points A and B.

The ratio of potential differences between 1muF and 5muF capacitors is