Three capacitors connected in series have an effective capacitance of `2 muF`. If one of the capacitors is removed, the effective capacitance becomes `3muF`. The capacitance of the capacitor that is removed is

Three capacitors connected in series have an effective capacitance of 4 muF. If one of the capacitance is removed, the net capacitance of the capacitor increases to 6 muF. The removed capacitor has a capacitance

When two capacitors are connected in series, the equivalent capacitance is 1.2muF . When they are connected in parallel, the equivalent capacitance is 5muF . The capacitances of the capacitors are

Two capacitors of capacities 2muF each are connected in series. The effective capacitance in muF 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

The parallel group capacitance of two capacitors is 18muf and the series group capacitance is 4muf . Find the capacity of each capacitor.

The effective capacitance of two capacitors connected in series is

Derive anexpression for the effective capacitance of three capacitors in series.