Four condensers each of capacity `4mF` are connected as shown in figure. `V_(P) - V_(Q) = 15` volts. The energy stored in the system is

Four condensers each of capacity 4muF are connected as shown in the adjoining figure. If V_(P)-V_(Q)=15V , the energy stored in the system is

Two condensers of capacities 4mF and 6mF are connected to two cells as shown. Then

n capacitors, each of capacity C, are connected in parallel and to a source of V volt. Will be the energy stored in the arrangement?

Five identical condensers, each of capacity C are connected as shown in the figure the equivalent capacitance between P and R is

n capacitors, each of capacity C, are connected in series and to a source of V volt. What will be the energy stored in the arrangement?

n capacitors each of capacity C are joined in parallel. If they are connected to a source of V volts, then the energy stored in the capacitor is

Two condenser one of capacity C and other of capacity C/2 are connected to 9 V battery, as shown in figure. The work done in the charging fully both condensers is

If n capacitors are connected in parallel to a V volt source, then total energy of the system is: