In simple terms, how is a tornado created?


Most tornadoes are created as a result of thunderstorms that form at the meeting point between humid air from the Gulf of Mexico and dry, cooler air from Canada. At that point, instability occurs in the atmosphere, and altering wind directions and a boost in speed makes for a spinning in the lower part of the atmosphere. When rising air makes the rotation vertical, creating a circle that can be as wide as 6 miles, the stage is set for tornadoes to start forming.

Not every thunderstorm turns into a tornado, fortunately. There has to be enough moisture at the lower levels of the atmosphere for the storm to be strong, and a triggering event, such as a cold front or other confluence of winds, is also necessary to hold that moist air. After the air starts rising and finds saturation, it keeps going to make a thunderstorm cloud. As the air goes up, if it cools dramatically, instability begins to increase. If the winds are moving in a clockwise direction, tornadoes are more likely.

If one notices a funnel cloud starting to form, it is the beginning of a tornado. Seeking shelter is definitely the best course of action if there is a tornado warning.

Q&A Related to "In simple terms, how is a tornado created?"
Tornadoes form from certain strong thunderstorms, so a tornado needs all of the ingredients for a thunderstorm to begin with (warm, moist air near the surface with much cooler air
ok, rather than me talking about it Here is a link from MS has sample code that adds to it
Answer 1. Its created when hot and cold air "chase" each other (spins around) and they some how create a tornado! Do You Understand? Sorry if you don't cause I don't know
Whilst I can appreciate some of the answers that are provided to similar questions already posted, they are provided in such a technical way that they are of little use to an everyday
1 Additional Answer Answer for: in simple terms how is a tornado created
Clouds form when water vapor condenses in the air. This releases heat, which increases the updraft temperature and the kinetic energy of air movement. In supercell thunderstorms, updrafts are strong and may create a vortex of air that may form a tornado.
Most scientists consider this to be a simplified and incomplete explanation. The finer details of tornado formation and dissipation are still unknown.
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