The excess pressure due to surface tension in a spherical liquid drop of radius r is directly proportional to

The excess of pressure, due to surface tension, on a spherical liquid drop of radius 'R' is proportional to

The excess pressure due to surface tension inside a spherical drop is 6 units . If eight such drops combine, then the excess pressure due to surface tension inside the larger drop is

The excess pressure due to surface tension inside a spherical drop is 6 units . If eight such drops combine, then the excess pressure due to surface tension inside the larger drop is

The excess pressure due to surface tension inside a spherical drop is 6 units . If eight such drops combine, then the excess pressure due to surface tension inside the larger drop is

The excess pressure due to surface tension inside a spherical drop is 6 . If 27 such drops coalesce, the excess pressure inside the new drop is

The excess pressure due to surface tension inside a shperical drop is 6 N//m^2 . If 27 such drops coalesce, the excess pressure inside the new drop is

What is pressure due to surface tension in spherical drop of glycerin of diameter 2.8 mm ? Surface tension of glycerin is 0.063 N/m

What is pressure due to surface tension in spherical drop of glycerin of diameter 2.8 mm? Surface tension of glycerin is 0.063 N//m?

The excess pressure inside the drop of a liquid of surface tension T and radius of drop r is