A drop of liquid of density `rho` is floating half-immersed in a liquid of density `d`. If `rho` is the surface tension the diameter of the drop of the liquid is

A drop of liquid of density rho is floating half-immersed in a liquid of density d . If sigma is the surface tension the diameter of the drop of the liquid is

A drop of liquid of density rho is floating half-immersed in a liquid of density d. If sigma is the surface tension, then what is the diameter of the drop of the liquid ?

Drops of liquid of density d are floating half immersed in a liquid of density p. If the surface tension of the liquid is T, then the radius of the drop is

Drops of liquid of density d are floating half immersed in a liquid of density rho . If the surface tension of liquid is T then the radius of the drop will be (d = density of liquid drop)

A liquid drop of density rho is floating half immersed in a liquid of surface tension S and density rho/2 . If the surface tension S of the liquid is numerically equal to 10 times of acceleration due to gravity, then the diameter of the drop is :