What is ratio of surface energy of 1 small drop and 1 large drop, if 1000 small drops combined to form 1 large drop

The surface energy of a small liquid drop is E_s . If it is split into 1000 smaller drops then total surface energy will be.

Twenty seven identical drops of mercury are charged to the same potential 10 volts. What will be the potential, if all the drops are combined to form one large drop ?

The surface energy of small liquid drop is E_s If it splits into 1000 smaller drops. Then total surface energy will be

The energy would be …. If 1 large drop of water drop splitting into 8 small drop of water.

The surface energy of a drop is E. If one thousand such drops coalesce to form a large drop then its surface energy is E_1 . The ratio is E_1 . The ratio (E )/(E_1) is

Assume that 64 water droplets combine to form a large drop. Determine the ratio of the total surface energy of 64 droplets to that of large drop. Given, surface tension of water = 0.072 Nm^(-1) .

1000 small water drops each of raius r and charge q coalesce together to form one spherical drop. (A) the ratio of capacitances of big and small drop is 10 (B) the ratio of potential of big and small drop is 100 (c) the ratio of surface charge densities of big and small drop is 10 (D) the ratio of energy stored of big and small drop is 10^(5)