A capacitor of `10muF` capacitance is having `50 muC` charge. Find amount of heat produced when this capacitor is connected across a `10V` battery as shown in figure and switch is closed.

A capacitor of 5muF capacitance is charged with an initial charge 60muC as shown in figure and connected across a 10V battery. Find the amount of heat produced when switch is closed.

A 10 muF capacitor is charged to 15 V . It is next connected in seties with an uncharged 5 muf capacitor. The series cambination is finally connected across a 30 V battery, as shown in. Find the new potential differnce across the 5 muF and 10 muF capacitors.

Figure shows five capacitors connected across a 12V power supply. What is the charge on the 2muF capacitor ?

A capacitor of capacitance 6 muF is charged to a potential of 150V. Its potential falls to 90V, when another uncharged capacitor is connected to it. Find the capacitance of the second capacitor and the amount of energy lost due to the connection.

A capacitor of capacitance value 1 muF is charged to 30 V and the battery is then disconnected. If it is connected across a 2 muF capacotor, then the energy lost by the system is

Two capacitors of capacitances C_(1)=2muF and C_(2)=8muF are connected in series and the resulting combination is connected across a 300V battery. Calculate the charge, potential difference and energy stored in the capacitor separately.

A capacitor of capacitance 1muF is connected in parallel with a resistance 10Omega and the combination is connected across the terminals of a battery of EMF 50 V and internal resistance 1Omega . The potential difference across the capacitor at steady state is (in Volt)

Four uncharged capacitors are charged by 24V battery as shown in the figure. How much charge flows through switch S when it is closed?