Two mercury drops each of radius r merge to form a bigger drop. Calculate the surface energy released.

Two mercury drops (each of radius r) merge to form a bigger drop. The surface energy of the bigger drop, if T is the surface tension is

Two mercury drops (each of radius r) merge to form a bigger drop. The surface energy of the bigger drop, if T is the surface tension is

Two mercury drops (each of radius 'r' ) merge to from bigger drop. The surface energy of the bigger drop, if 'T' is the surface tension, is :

Two mercury drops (each of radius 'r' ) merge to from bigger drop. The surface energy of the bigger drop, if 'T' is the surface tension, 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)

When water droplets merge to form a bigger drop

When water droplets merge to form a bigger drop

When water droplets merge to form a bigger drop