| 1. | Nimbostratus cloud droplets can also be quite large, up to 0.015 mm radius.
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| 2. | Smaller drops are called cloud droplets, and their shape is spherical.
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| 3. | Some of it will evaporate quickly, only to eventually condense into cloud droplets elsewhere.
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| 4. | As the water molecules slowly collect and condense on the particles, cloud droplets form.
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| 5. | Here, they grow at the expense of surrounding ice crystals, cloud droplets and raindrops.
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| 6. | Vast amounts of heat were released in thunderstorms as water vapor condensed in cloud droplets.
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| 7. | An explanation could be the evaporation of the cloud droplets when precipitation drops are formed.
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| 8. | Within each thunderstorm, large amounts of heat are released when water vapor condenses into cloud droplets.
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| 9. | And particles in the smoke from the fires prevent cloud droplets from growing to raindrop size.
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| 10. | It is also the major source of nuclei for the condensation of moisture from vapor into cloud droplets.
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