Tornadoes

An F10 tornado on the Fujita scale does not exist. The Fujita scale only goes up to F5, which is the most powerful category with wind speeds of over 200 mph. Tornadoes of that intensity are extremely rare and can cause catastrophic damage.

An F100 tornado is the second strongest category on the Fujita scale, capable of significant damage with wind speeds estimated between 207-260 mph. If an F100 tornado were to occur, it could cause extensive destruction to well-built homes, toss vehicles and large objects, and uproot trees. It would pose a significant threat to life and property in its path.

They would have to get every body out of the city wright before it strikes then move every body to a safe place. But that will never happen because the only go up to f-5 but if the winds are 312 that would be f-6 winds

In the past 10 years tornadoes at least 1402 people have been killed by tornadoes, including 1089 in the United States.

Whether or not a town will be hit by a tornado on a given date is impossible to predict unless that tornado has formed and is minutes or seconds away from striking that town.

However, unless the threat of a tornado is imminent the chances of any given town being hit are low.

Tornadoes lift roofs off buildings mainly through the combination of strong winds and pressure differences created by the swirling vortex of air. Bernoulli's principle plays a role by contributing to the lowering of pressure above the roof, creating lift force. This, along with the internal pressure of the building, can lead to the roof being lifted off during a tornado event.

During a tornado, you should prepare supplies such as non-perishable food, water, a flashlight, a battery-operated radio, extra batteries, a first aid kit, important documents, and any necessary medications. It is also important to have a plan in place for where to take shelter during the storm.

It is Texas that records the most tornadoes, with an average total of about 135 a year. Kansas has the most tornadoes per area (or per square mile). Recall that Texas has a lot more area than the other states in tornado alley.

Since records began in 1950 there have been at least 1,087 confirmed tornadoes in Tennessee. However, the actual number of tornadoes is probably higher, as in the early part of this period were missed.

Yes, Midwest City, Oklahoma, has been hit by tornadoes in the past. The city is located in "Tornado Alley," which is prone to tornado activity. Residents are encouraged to have emergency plans in place for severe weather events.

It is unlikely. However, tornado warnings are broadcast through many different media, including TV and radio stations, NOAA weather radio, the National Weather Service website, and special apps for smartphones.

If you mean a tornado with 30 mph winds, then no. It probably wouldn't even be considered a tornado. A 30 mph wind would move or overturn a few light objects that aren't tied down and maybe break off a few loose twigs from trees.

If you mean a tornado traveling at 30 mph, then yes. The forward traveling speed of a tornado does not correspond to its wind speed. A tornado moving at 30 mph could still pack winds over 200 mph and perhaps over 300 mph. A tornado with such winds could destroy entire neighborhoods fairly easily.

Yes. The tornado risk in an area depends on the climate. Among other factors, the most tornado prone areas tend to have relatively warm, but not tropical climates, and regularly experience collisions between air masses of differing temperatures and/or humidities.

Tornadoes are rare in St. George, Utah due to the region's desert climate and topography. While tornadoes can occur in the state of Utah, they are more likely in other areas of the state than in St. George.

Simply put, tornadoes form when differences in the wind at different heights start severe thunderstorms rotating (turning). If the right conditions happen in a thunderstorm this rotation can tighten and intensify into a tornado. These thunderstorms usually (but not always) form along a boundary where a cool, dry air mass collides with a warm, moist one.

This is an imperative sentence, also known as a command sentence. It is giving a direct instruction or advice to someone.

Generally not. People have been torn apart, but that usually only happens in particularly violent tornadoes, those that receive ratings of EF4 and EF5. Most people in the path of a tornado will actually survive, often without injury. Those who die are usually struck by debris.

Tornadoes do not have a direct impact on the climate as they are short-lived, localized events. However, they can contribute to regional temperature changes due to the heat generated during the storm and the redistribution of moisture in the atmosphere. In the long term, tornadoes are not significant factors in climate trends.

No. However a tornado that strikes a trailer park is more likely to cause major damage. In most cases it would take at least an EF3 tornado to destroy a frame house. Only about 4% of tornadoes are rated EF3 or higher.

By contrast trailers are usually of a much weaker construction and are usually poorly anchored to the ground or not anchored at all and so are much more easily destroyed. Trailers are often destroyed by EF2 and high EF1 tornadoes. This means that perhaps 20% of tornadoes are capable of destroying trailers. Since trailers are more easily destroyed trailer parks also present an increased risk of tornado-related deaths and injuries. Because of these factors, a tornado that strikes a trailer park is more likely to come to the attention of the public.

There have been many major tornadoes. The most significant of U.S. history include the St. Louis tornado of May 27, 1896, the Tri-state tornado of March 18, 1925, the Flint, Michigan tornado of June 8, 1953, and the Joplin, Missouri tornado of May 22, 2011.

An EF5 tornado has winds in excess of 200 mph.

There is a general trend that tornadoes with a higher rating tend to be larger to the point that F0 and F1 tornadoes are generally fairly small while F4 and F5 tornadoes are usually very large.

However, this is not always the case. Some F4 and F5 tornadoes have been fairly small, and several enormous tornadoes have gotten F0 and F1 ratings.

In a tornado, cumulonimbus clouds are most commonly associated with severe weather and thunderstorms. However, it's the rotating updraft within the storm that causes the formation of a tornado, rather than specific types of clouds.

It depends on the severity of damage to the house as well as the value of the house. It is impossible to tell without seeing the actual damage; a professional estimate is needed for that.

Most houses hit by an EF3 tornado will take less than EF3 damage. However, if the house has sustained EF3 or high-end EF2 damage the structure is probably a total loss.