A number of little droplets of a liquid of surface tension T, density ρ , all of same radius r, combine to form a single of radius R. If the total energy released in this process is converted into kinetic energy of the bigger drop, velocity of the bigger drop it

A number of little droplets of a liquid of surface tension T, density

1.	A number of little droplets of a liquid of surface tension T, density ρ , all of same radius r, combine to form a single of radius R. If the total energy released in this process is converted into kinetic energy of the bigger drop, velocity of the bigger drop it
Answer» A number of little droplets of a liquid of surface tension T, density $ρ$ , all of same radius r, combine to form a single of radius R. If the total energy released in this process is converted into kinetic energy of the bigger drop, velocity of the bigger drop it