Two capacitors of `2mu F` and `3mu F` are connected in series. The potential at point A is 1000 volt and the outer plate of `3mu F` capacitor is earthed. The potential at point B is

Two capacitors of capacitance 2 muF and 3 muF are joined in series. Outer plate first capacitor is at 1000 volt and outer plate of second capacitor is earthed (grounded). Now the potential on inner plate of each capacitor will be

Two capacitors of capacitance 2 muF and 3 muF are joined in series. Outer plate first capacitor is at 1000 volt and outer plate of second capacitor is earthed (grounded). Now the potential on inner plate of each capacitor will be

Two capacitors 2 mu F and 4 mu F are connected in series and a potential of 100 V is applied across the combination. Energy stored in the capacitors is

Two capacitors of 2 muF and 3 mu F are joined in series. The outer plate of second capacitor is earthed. Find out the potential and charge of the inner plate of each capacitor.

Three capacitors of 3 mu F,2 mu F and 6 mu F are connected in series. When a battery of 10 V is connected to this combination then charge on 3 mu F capacitor will be.

Three condensers 1 mu F,2 mu F and 3 mu F are connected in series to a p.d of 330 " volt" . The p.d across the plates of 3 mu F is.

Three uncharged capacitors of capacitance C_(1)=1mu F, C_(2)=2mu F and C_(3)=3mu F are connected as shown in the figure. The potential of point A, B and D are 10 volt, 25 volt and 20 volt respectively. Determine the potential at point O.