wind dosent have anything to do with hail storms it just moves it around ...
No, hail generally only occurs in the summer.
Hail stones form in clouds through a process of ice crystal growth and water droplet accretion. Updrafts in the cloud carry the hail stones to higher altitudes where they can grow larger before eventually becoming too heavy and falling to the ground as hail.
Yes, the oddly shaped stones in deserts can be a result of wind erosion. Over time, wind can polish and shape rocks through abrasion, creating unique formations such as ventifacts, which are rocks that have been faceted by wind-blown sand.
Rain, wind, hail, sleet, snow, extreme cold or hot.
Depending on the temperature and other conditions, it could be rain, snow or hail. But if the question is about what falls from cumulonimbus that most likely wouldn't fall from other cloud formations, then the answer would be hail. It's the vertical activity that gives the cumulonimbus cloud its distinctive shape, and it's the vertical activity that forms hail...especially large hail stones.
No, hail generally only occurs in the summer.
Hail Stones
Hail stones. Gall stones. The Rolling Stones. Tombstones. Kidney stones.
Hail stones. Gall stones. The Rolling Stones. Tombstones. Kidney stones.
Hail stones. Gall stones. The Rolling Stones. Tombstones. Kidney stones.
Hail stones. Gall stones. The Rolling Stones. Tombstones. Kidney stones.
Hail stones form in clouds through a process of ice crystal growth and water droplet accretion. Updrafts in the cloud carry the hail stones to higher altitudes where they can grow larger before eventually becoming too heavy and falling to the ground as hail.
Pieces of ice falling from clouds is called snow or hail.
yes it can
Hail stones
the can be pea size up to computer CD
Not always - it depends on the air temperature, wind - and the type of cloud. Hail is frozen water drops - that have been held in a cloud long enough to form multiple layers of ice around them. The hail 'stones' stay in the cloud until they become too heavy for air currents to keep them in the sky - and gravity takes over.