Two condensers of capacity `0.3 muF` and `0.6muF` respectively are connected in series. The combination is connected across a potential of `6` volts. The ratio of energies stored by the condensers will be

Two condensers of capacity 3 mu F and 6 mu F respectively are connected in series . The combination is connected across a potential of 6 V. The ratio of the energies stored by the condensers will be

Two condensers of capacity 3muF and 6muF respectively are connected in series. The combination is connected across a potential of 6V. The ratio of the energies stored by the condensers will be

Two capacitors of capacities 1muF and 4muF are connected in series with battery of 200V. The voltage across them are in the ratio of

Three capacitors of capacities 2muF, 4muF and 8muF are joined in series and the combination is connected to a 12V source. Calculate the energy stored in the combination when these are fully charged.

Two capacitors of capacitances 3muF and 5muF respectively are connected in parallel and this combination is connected in series with a third capacitor of capacitance 2muF . A potential difference of 100 V is applied across the entire combination. The charge and the potential difference across the third capacitor is

A condenser is connected across another charged condenser. The energy in two condensers will be

Three capacitors of capacitances 1muF,2muF and 3muF are connected in series (b) What is the ratio of potential differences ?