Tornadoes are usually accompanied by rain and are often accompanied by hail.
Not necessarily. Some tornadoes are produced by LP (low precipitation) supercells, which produce little or no rain. Even in classic supercells tornadoes typically form in a rain-free section of the storm.
Cumulonimbus, because a cumulonimbus cloud is involved in almost all types of precipitation and other intense weather,
Yes, it is possible for hail to fall during a tornado-storm event without being detected by the weather service, especially in remote or sparsely populated areas where monitoring equipment is limited. Tornadoes can be localized and fast-moving, making it challenging for forecasters to accurately predict all aspects of the storm, including hail occurrences.
The air does get sucked upward in a tornado, but a tornado does not create a complete vacuum, if that's what you mean.
The eye of a tornado is typically calm and clear, with blue skies or a dome of clouds overhead. It is surrounded by a wall of intense rotating winds and storm clouds. The eye can vary in size but is usually a few miles wide, providing a stark contrast to the surrounding chaotic weather.
Yes. Many people in tornado-prone regions have storm cellars or, in more recent years, an above-ground storm shelter. Though not all do.
1. They all come from clouds. 2. They all are formed by precipitation.
Yes, a tornado is typically formed within a thunderstorm. A tornado forms from a rotating updraft within a severe thunderstorm that creates a funnel cloud extending from the base of the storm to the ground.
Oh, dude, you're talking about the eye of the tornado! It's like this intense swirling vortex at the center of the storm where things get all calm and peaceful... just kidding, it's actually where all the chaos and destruction is happening. So, yeah, it's basically the epicenter of the tornado, where things are spinning like crazy.
yes
Both are, but it is probably more likely with a tornado.
All are potentially dangerous types of storm that can produce strong winds and derive their energy from warm, moist air. It should be noted that tornadoes need thunderstorms in order to form.
Neutralization, Double decomposition, Alkylation, Counterion Exchange, Precipitation are all different types of double displacement reactions.
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It is not fully understood how tornadoes dissipate. Most often, it is believed that cold or dry air enters the updraft of the tornado's parent storm, cutting off the supply of energy that powers both the storm and the tornado. Sometimes the storm loses energy as the heat of the day dissipates with the setting sun, or as the system supporting it retreats. The storm may also lose the rotation it needs to produce a tornado, such as by merging with a squall line.
In the United States, the Storm Prediction Center in Norman, Oklahoma issues tornado watches for all locations.
All tornado watches in the United States are issued by the Storm Prediction Center in Norman, Oklahoma. Tornado warnings are issued by your local National Weather Service office. Hopefully, they are announced and broadcast by everyone with those capabilities.