A liquid drop of diameter D breaks up into 27 tiny drops. Find the resulting change in energy. Take surface tension of the liquid as `sigma`

A liquid drop of diameter D breaks up into 27 drops. Find the resultant change in energy.

A liquid drop of diameter D breaks up into 27 drops. Find the resultant change in energy.

A liquid drop of diamtere D breaks into 27 tiny drops. The resultant change in energy is

A liquid drop of diamtere D breaks into 27 tiny drops. The resultant change in energy is

A liquid drop of diameter D breaks upto into 27 small drops of equal size. If the surface tension of the liquid is sigma , then change in surface energy is

A liquid drop of diameter 6 mm breaks into 27 droplets of same size. What will be the change in surface energy if surface tension of liquid drop is 0.06 Nm""^(-1)?

A spherical liquid drop of diameter D breaks up to n identical spherical drops. If the surface tension of the liquid is sigma , the change in energy in this process is :

A liquid drop of diameter 4 mm breaks into 1000 droplets of equal size. Calculate the resultant change in surface energy, the surface tension of the liquid is 0.07 Nm^(-1)