Three initially uncharged capacitors are connected in series as shown in circuit with a battery of emf 30V. Find out following :
potential energy in `3muF` capacitor.

Three initially uncharged capacitors are connected in series as shown in circuit with a battery of emf 30V. Find out following : U_("total") in capacitors

Three initially uncharged capacitors are connected in series as shown in circuit with a battery of emf 30V. Find out following : heat produced in the circuit

Three initially uncharged capacitors are connected in series as shown in circuit with a battery of emf 30V. Find out following : charge flow through the battery

Three initially uncharged capacitors are connected in series as shown in circuit with a battery of emf 30V. Find out following : (i) charge flow through the battery, (ii) potential energy in 3 mu F capacitor. (iii) U_("total") in capacitors (iv) heat produced in the circuit

Three initially uncharged capacitors are connected in series as shown in circuit with a battery of emf 30V. Find out following : (i) charge flow through the battery, (ii) potential energy in 3 mu F capacitor. (iii) U_("total") in capacitors (iv) heat produced in the circuit

Three initially uncharged capacitors are connected to a battery of 10 V in parallel combination. Find out the following ? potential energy in the 3muF capacitor.

Five capacitors are connected in series as shown in figure with a battery of emf 20V and the point B is earthed. The potential of point A is

Three initially uncharged capacitors are arranged with batteries as shown in. Find the charge on each capacitor. .

Three initially uncharged capacitors are arranged with batteries as shown in. Find the charge on each capacitor. .

Three initially uncharged capacitors are connected to a battery of 10 V in parallel combination. Find out the following ? total energy stored in the capacitors