Observations on the International Space Station indicate that if a small spherical liquid droplet suspended in space is deformed slightly, then its surface will oscillate with a frequency that depends...

Observations on the International Space Station indicate that if a small spherical liquid droplet suspended in space is deformed slightly, then its surface will oscillate with a frequency that depends on the diameter of the droplet and the density and viscosity of the liquid. Use dimensional analysis to estimate the functional relationship between the oscillation frequency of the droplet surface and the influencing variables.