In a considerable tornado, the amount of precipitation produced can vary depending on the size and intensity of the tornado. Tornadoes are typically associated with heavy rainfall, hail, and sometimes even snow or sleet. The precipitation can range from a few inches to several feet in extreme cases, with the most intense tornadoes capable of producing significant amounts of precipitation in a short period of time.
A tornado itself does not produce rain, but it can accompany a tornado. The storms the produce tornadoes, called supercells typically produce very heavy rain, often enough to prompt flash flood warnings. This rain may stop before the tornado comes, or the tornado may be rain wrapped. Some storms however, called LP (low-precipitation) supercells produce little to no rain at all, but can still produce tornadoes.
most likely not because tornado jockey, although fun and awesome, was not one of its company's money makers. It is also pretty much endless which would eliminate the reason for a sequel so basically they could just do something like a Hurricane Jockey which would be a branch off of Tornado Jockey.
Precipitation over the ocean in the water cycle accounts for about 45 of the total global precipitation.
The area affected by a tornado can vary widely, but on average, the diameter of a tornado is about 150-500 meters (500-1,600 feet). However, larger tornadoes can have a path that is several kilometers wide.
The air mass that is the source of much of the precipitation in the central and eastern US is the maritime tropical air mass. It brings warm, moist air from the Gulf of Mexico, which leads to the formation of thunderstorms and precipitation in these regions.
Tornadoes do not produce precipitation and they typically form in the rain free portion of their parent storms. A tornado is defined a a violently rotating column of air in contact with the ground and the cloud base of a thunderstorm. So as long as it meets this definition and has winds strong enough to cause damage it is a tornado.
It depends. Most tornadoes are preceded by very heavy rain, but they sometimes form in low-precipitation (LP) storms, which produce little or no rain.
Cumulus clouds can produce varying amounts of precipitation, typically in the form of rain showers. The amount of precipitation produced by cumulus clouds depends on factors such as the size and vertical development of the cloud, atmospheric conditions, and location.
Depends how large or small the Tornado is.
This all depends on location, precipitation received, time of year, etc. There is no standard number for all parts of the world or the country for how much forage is produced per acre.
The Tri-State tornado itself is believed to have been a single tornado as the damage path appears to have been continuous. That monster of a storm was part of an outbreak that produced 9 known tornadoes. The actual number of tornadoes in the outbreak was probably much higher, however, as at the time there was no system of recording tornadoes.
Marine west coast climates have much precipitation because
A tornado itself does not produce rain, but it can accompany a tornado. The storms the produce tornadoes, called supercells typically produce very heavy rain, often enough to prompt flash flood warnings. This rain may stop before the tornado comes, or the tornado may be rain wrapped. Some storms however, called LP (low-precipitation) supercells produce little to no rain at all, but can still produce tornadoes.
Tornadoes form during severe thunderstorms called supercells, which often produce heavy rain and sometimes large hail. The tornado itself often develops in a rain-free part of the storm, but may also be shrouded in heavy rain. Rainfall rates can exceed an inch per hour.
You can find out how much precipitation fell by looking at a rain gauge.
tornado
considerable influence