Hail is produced by thunderstorms with very strong updrafts.
False
No, hail requires strong updrafts to form. These do not occur in such shallow clouds as nimbostratus.
It depends on how strong the updrafts in a thunderstorm are. The stronger these updrafts (winds), the larger the hailstone it can support. As long as the hail remains supported in the cloud, it will continue to accrete ice and grow larger.
wind dosent have anything to do with hail storms it just moves it around ...
Hail is created by an updraft. Tornadoes need updrafts to develop. So the relationship is they both need updrafts. Hail can also be a warning sign of a tornado.
Hail is produced by thunderstorms with strong updrafts.
Hail is produced by thunderstorms with very strong updrafts.
Hail
hail is your answer
False
Tornadoes are produced by thunderstorms called supercells, which have very strong rotating updrafts. Strong updrafts in a thunderstorm also support the formation of hail.
No, hail requires strong updrafts to form. These do not occur in such shallow clouds as nimbostratus.
Hail forms in thunderstorms that have strong, turbulent updrafts. The stronger the storm, the larger the hail that can form. Supercells are the most powerful thunderstorms on Earth and have very strong updrafts, which can therefore produce large hail. The same strong updraft can contribute to the formation of a tornado.
Strong updrafts keep water droplets and ice crystals in the cloud, so they grow in size too. But when they get to heavy they release them as hail snow.
The tornado itself is not the cause of the hail. Hail is a phenomenon that occurs with thunderstorms that have strong updrafts. The hail forms as the updraft holds ice pellets aloft as layer after layer of supercooled water freezes to their surfaces. Eventually they become too heavy and fall out of the storm. The strongest updrafts are found in thunderstorms called supercells, which due to their rotation, are also the primary producers of tornadoes.
Pellets of ice that form when updrafts in thunderstorms carry raindrops to high altitudes, where the water freezes and then falls back to Earth.