Question

Suppose a thick nimbostratus cloud contains ice crystals and cloud droplets all about the same size. Which precipitation process will be most important in producing rain from this cloud? Why?

Answer 1

The most important precipitation process in producing rain from a nimbostratus cloud containing ice crystals and cloud droplets of all about the same size is supercooling and ice crystal formation.

Step-by-step explanation:

The most important precipitation process in producing rain from a nimbostratus cloud containing ice crystals and cloud droplets of all about the same size is the process of supercooling and ice crystal formation.

In this process, the small droplets of water in the cloud remain as a supercooled liquid down to about -10°C, rather than freezing into ice crystals that are more suitable nuclei for raindrop formation. To induce rain, small granules of solid CO₂ (dry ice) can be dispersed into the cloud from an airplane. As the CO₂ sublimes, it cools the water droplets, causing them to crystallize and provide nuclei around which raindrops can grow.

Therefore, the supercooling and ice crystal formation process is the most important in producing rain from a nimbostratus cloud with ice crystals and cloud droplets of all about the same size.

Answer 2

Answer:The most important process would be the ice crystal process

Step-by-step explanation:

Ice crystal process also called Bergeron process requires numerous small water drops that are supercooled, which is a common feature in clouds between about 0° and -20°C or below, along with a small number of ice crystals. Therefore because the collision-coalescence process requires that cloud droplets be of varying size so that drops will fill at different speeds, the most important process would be the ice crystal process.