We have a ton of clouds in the sky, but clouds of different sizes. Generally the large one is used for thunderstorms, while the small one is used for rain.
In the past, it’s been difficult to distinguish between rain clouds and rain. While the thunderstorms we see have more volume than the smaller rain clouds, rain clouds tend to have little or no rain; rain clouds are usually associated with rain only when they’re small and have fewer clouds than thunderstorms.
In the past, clouds have been used to represent different types of precipitation. For instance, the size of a cloud can be used to measure the amount of water it contains. So a thunderstorm cloud can be smaller than it gets in rain. However, in the same way that rain clouds can be smaller than thunderstorms, rain clouds can also be bigger than they get in thunderstorms.
In most cases the larger cloud the rain drops in a thunderstorm usually is the cloud that has larger puddles. They are less likely to be associated with precipitation because they are not going to rain on the ground.
That’s true. An aeolian dust cloud is a small dust cloud. However, in a thunderstorm it can be the size of a small mountain, which is much larger than the size of a cloud and does not receive as much rain as a thunderstorm.
Aeolian dust clouds can sometimes be associated with precipitation, but they are not commonly associated with it. In a thunderstorm they are usually associated with rain.
A thunderstorm can be associated with precipitation, but it is not associated with a dust cloud.
The difference between a lightning strike and a thunderstorm is that a lightning strike does not produce a dust cloud, but a thunderstorm does. The size of a dust cloud is determined by the size of a thunderstorm.
Dust clouds do not generally produce rainfall. Rain is the result of a thunderstorm, and dust clouds do not produce rain.
