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rain, greater than 0.5mm, above freezing
large drops of liquid water that fall from the sky, where the diameter of each droplet is [greater/less than #.#mm]. On soundings, its temperature profile is constantly [term term] throughout, producing liquid precipitation.
![<p>large drops of liquid water that fall from the sky, where the diameter of each droplet is [greater/less than #.#mm]. On soundings, its temperature profile is constantly [term term] throughout, producing liquid precipitation. </p>](https://assets.knowt.com/user-attachments/a4c1f03d-067f-4dde-8312-c0f0d8769b6c.jpg)
drizzle, less than 0.5mm
small drops of liquid water that fall from the sky, where the diameter of each droplet is [greater/less than #.#mm]
![<p>small drops of liquid water that fall from the sky, where the diameter of each droplet is [greater/less than #.#mm]</p>](https://assets.knowt.com/user-attachments/72ae5c3d-c6ff-4ec3-9060-1e0b57316c2e.jpg)
virga
rain (liquid precipitation) that evaporates before it hits the ground, appears as streaks of precipitation coming out

graupel / snow pellets
freezing rain
precipitation that begins its life cycle in the upper atmosphere as snow, melts into rain, cools in a shallow freezing layer as it nears the surface, then freezes as it hits the surface

sleet
precipitation that begins its life cycle in the upper atmosphere as snow, melts into rain, then freezes into small pellets in a deep freezing layer before it hits the ground

snow
precipitation frozen into crystalline shapes

condensation / deposition, collision/coalescence, ice-crystal process
the three ways condensation nuclei grow are:
[term] / [term]
[term] / [term]
[term-term process]
2mm
raindrops are [#mm] in size
0.02mm
cloud droplets are [#.##mm] in size
0.0002mm
condensation nuclei are [#.####mm]
=, decreases, condensation, evaporation
when RH = 100% — when the rate of evaporation [x] the rate of condensation — and temperature [terms], there will be more [term] than [term], causing more water to condense. This takes a looong time.