Two capacitors are in parallel and the energy stored is 45J, when the combination is raised to potential of 3000 V. with the same two capacitors in series, the energy stored 4.05J for the same potential. What are their individual capacitances?

Two capacitors are connected in parallel and the energy stored is 18 J, when a potential difference of 6000 V is applied across the combination. With the same capacitors connected in series, the energy stored is 4 J from the same potential difference. what are the individual capacitances?

Two condensers are in parallel and the energy of the combination is 0.1 J , when the difference. of potential between terminals is 2 V . With the same two condensers in series, the energy 1.6 xx 10^-2 J for the same difference of potential across the series combination. What are the capacities?

Energy stored in a capacitor |Series combination|Parallel combination

Two capacitors of capacites 1 mu F and C mu F are connected in series and the combination is charged to a potential difference of 120 V . If the charge on the combination is 80 muC , the energy stored in the capacitor C in micro joules is :

The energy stored in a capacitor of capacity C and potential V is given by

A capacitor of 8 micro farad is charged to a potential of 1000V .The energy stored in the capacitor is

Energy stored in a capacitor c having potential v is given by ?

A capacitor of 8mu F is charged to a potential of 1000 V.The energy stored in the capacitor is ......

A capacitor is charged with a battery and energy stored is U. After disconnecting battery another capacitor of same capacity is connected in parallel with it. Then energy stored in each capacitor is:

A capacitor has capacitance 10muF audit is charged to a potential 150V . A second capacitor has a capacitance of 20 muF and it is charged to a potential of 300V . After charging, the two capacitors are connected in parallel with their same polarity plates together by using wires of negligible capacitance. Find how much energy is dissipated?