when `n` small drops are made to combine to from a big drop then the big drop's

When ‘n’ identical droplets are combined to form a big drop, then the energy will be released Work done to form a big drop from ‘n’ identical droplets each of radius r is

When ‘n’ identical droplets are combined to form a big drop, then the energy will be released If n identical small droplets each of radius r merge to form a big drop of radius R and the energy released in this process is absorbed by the big drop so as to increase its kinetic energy then the speed of the big drop (T be the surface tension and d be the density of the liquid droplets)

The work done when n small drops of liquid of equal radius combine to form a big drop is proportional to

8000 identical water drops are combined to form a big drop then the ratio of the final surface energy to the initial surface energy of all the drops together is

8000 identical water drops are combined to form a big drop then the ratio to the final surface energy to the initial surface energy. If all the drops together is

8000 identical water drops are combined to form a big drop then the ratio of the final surface energy to the initial surface energy of all the drops together is

27drops of mercury of equal radius and possessing equal charge are allowed to combine to form a big drop.Find the ratio of potential of the big drop to that of a small drop.