In the network of capacitors given ahead. Find the effective capacitance between point P and Q
If `C_(1)=C_(2)=C_(3)=C_(4)=4 muF `
Value is not given `C_(1) and C_(2)`

Find the cahrge on capacitor C_(3) Given , that C_(1) = C_(2) = C and C_(3) = C_(4) = 3C

The effective capacitances between points A and B is (the capacitance of each of the capacitors is C)

In the figure given below, find the, (a) equivalent capacitance of the network between points A and B. Given: C_1 = C_5 = 4muF , C_2 = C_3 = C_4 = 2 muF (b) maximum charge supplied by the battery, and (c) total energy stored in the network

The equivalent capacity between A and B in the given circuit is (C_(1) =4muF,C_(2)=12 muF,C_(3)=8muF , C_(4)=4muF,C_(5)=8muF)

In the network given below all the five capacitors have the same capacitance C each . Then the capacitance between the terminal A and B will be

Find the capacitance between P and O. Each capacitor has capacitance C. .

Find the charge on capacitor C_(3) Given, then C_(1) = C_(2) and C_(3) = C_(4) = 3 C .

The equivalent capacitance of three capacitors of capacitance C_(1):C_(2) and C_(3) are connected in parallel is 12 units and product C_(1).C_(2).C_(3) = 48 . When the capacitors C_(1) and C_(2) are connected in parallel, the equivalent capacitance is 6 units. then the capacitance are

In the following circuit, the resultant capacitance between A and B is muF . Find the value of C.

In the circuit shown, all capacitors are initially uncharged. The capacitance of the capacitors are C_(1)=2muF and C_(2)=3muF The switch is closed at position 1 and kept closed until the current in the ideal ammeter becomes negligible. Which of the following statements is(are) true?