Do small water droplets fall faster than large water droplets?

Large water droplets fall faster than small water droplets due to the influence of gravity and air resistance. As droplets increase in size, they gain more mass and experience a greater force of gravity pulling them downwards. However, smaller droplets have a larger surface area relative to their volume, which increases the effects of air resistance or drag acting against their fall.

This physics principle is crucial in aerosol science and also applies to aerial applications of pesticides. Understanding the behavior of different droplet sizes can help improve the efficiency of pesticide application. Large droplets are less susceptible to wind drift and can penetrate through canopy cover more effectively, while smaller droplets may remain airborne longer but can be pushed away by wind.

Thus, the assertion is that small droplets do not fall faster; they actually fall more slowly compared to large droplets, making the answer to the question false.