Three plates `A,B` and `C` each of area `0.1m^(2)` are separated by `0.885 mm` from each other as shown in the figure. A `10 V` battery is used to charge the system. The enegry stored in the system is

Three plates A, B, C each of area 50 cm^(2) have separation 3 mm between A and B mm between B and C . The energy stored when the plates area fully charged is

Three plates A, B, C each of area 50 cm^(2) have separation 3 mm between A and 3 mm between B and C . The energy stored when the plates area fully charged is

Three identical metal plates each of area 'A' are arranged parallel to each other. 'd' is the distance between the plates as shown. A battery of 'V' volts is connected as shown. The charge stored in the system of plates is

Five identical plates of equal area A are placed parallel to each other and at equal distance d from each other as shown in the figure. The effective capacity of the system between the terminals A and B is

Five identical plates of equal area A are placed parallel to each other and at equal distance d from each other as shown in the figure. The effective capacity of the system between the terminals A and B is

If area of each plate is A and plates are separated from each other by a distance d then C_(eq) . between A and B is -

The plates of a parallel plate capacitor have an area of 90cm^(2) each and are separated by a 2mm The capacitor is charged by connecting it to a 400V supply.Then the density of the energy stored in the capacitor ..........?

The plates of a parallel plate capacitor have an area of 100 cm^(2) each and are separated by 3 mm . The capacitor is charged by connecting it to a 400 V supply . Calculate the electrostatic energy stored in the capacitor .

The plates of a parallel plate capacitor have an area of 100cm^(2) each and area separated by 2.5 mm. the capacitor is charged to 200V. Calculate the energy stored in the capacitor.