A liquid drop of radius `R` breaks into 64 tiny droplets each of radius `r` if the surface tension of liquid is `T` then gain in energy is

A liquid drop of radius R is broken into 1000 drops each of radius r. If T is surface tension, change in surface energy is

A liquid of diameter D breaks up into 64 tiny drops. If the surface tension of the liquid is sigma what is the change in energy?

A spherical liquid drop of radius R is split up ino 8 equal droplets .If T is the surface tension of the liquid , then the work done in this process is

What is the change in surface energy , when a mercury drop of radius R split up into 1000 droplets of radius of r ? [ The surface tension of mercury is T ]

A liquid drop of radius R breaks into N smaller droplets of radii r, If liquid has density rho, specific heat s and surface tension, T, than the drop in temeperature is given

A certain number of spherical drops of a liquid of radius R coalesce to form a single drop of radius R and volume V. If T is the surface tension of the liquid, then