Energy needed in breaking a drop of radius `R` into `n` drops of radii `r` is given by

Energy needed in breaking a drop of radius R into n drops of radius r, is where T is surface tension and P is atmospheric pressure.

The energy needed for breaking a drop of radius R into n drops each of radius r is

The energy needed for breaking a drop of radius R into n drops each of radius r is

If sigma be the surface tension, the work done in breaking a big drop of radius R in n drops of equal radius is

If sigma be the surface tension, the work done in breaking a big drop of radius R in n drops of equal radius is

If T is the surface tension of a liquid, the energy needed to break a liquid drop of radius R into 64 drops is :-

If T is the surface tension of a liquid, the energy needed to break a liquid drop of radius R into 64 drops is :-

If T is the surface tension of a liquid, the energy needed to break a liquid drop of radius R into 64 drops is

If T is the surface tension of a liquid, the energy needed to break a liquid drop of radius R into 64 drops is

The work done in breaking a spherical drop of a liquid of radius R into 8 equal drops is