Tornadoes

It's rather hard to directly measure a tornado's sheer intensity. There are several variables that would go into that such as forward speed, objects in the way, length of intensity, and width, though only damage and estimated wind speed are used in rating a storm. In addition, those that happened years ago before the Fujita scale was implemented would be that much harder to analyze. It's important to remember the peak intensity varies and the most intense are not intense the entire track. The Fujita scale is also limited in that once F5 damage takes place the sheer degree of damage makes it difficult to determine whether one tornado or another had faster winds.

With that said, some of the most intense would include 1925 tri-state tornado; 1999 Oklahoma City; 1997 Jarrell, Texas; 1896 Sherman, Texas; 1947 Woodward, Oklahoma; 1957 Fargo, ND; 1974 Xenia, Ohio; 1974 Guin, Alabama; 1977 Birmingham, Alabama; 2011 Phil Campbell, Alabama; 1985 Wheatland, Pennsylvania; 1955 Udall, Kansas; 1991 Andover, Kansas; 1998 Lawrence county, Tennessee; 1990 Goessel, Kansas; 1953 Flint, Michigan; 1974 Brandenburg, Kentucky

The Oklahoma City tornado of 1999 had the fastest measured winds of any tornado. However, direct wind measurements of tornadoes are rare, so other F5 tornadoes that did not have their winds measured may have been stronger.

The 1997 Jarrell tornado produced the most intense tornado damage every formally documented as an entire subdivision was completely erased. Everything above the ground wand some of the ground itself was swept away without a trace; only concrete slabs remained. However, some people attribute the extreme damage in part to the tornado's slow movement allowing it to tear away at the same spot for longer than usual.

The 1991 Red Rock, Oklahoma, 1995 Kellerville Texas and 1999 Mulhall Oklahoma tornadoes are officially F4's because they did not hit well-built structures. However they are speculated to be some of the most intense F5s like the ones on this list.

Most likely not.

Perhaps a strong enough tornado would remove the soil (though such a strong tornado is, in all likelihood, impossible with earth's atmosphere), but it would be unlikely to make it far at all through solid bedrock. Additionally, when a tornado does remove soil, it is through scouring rather than suction, which, again, would not be affective against solid rock.

Wind speed estimates of an F2 tornado range from 113 to 157 mph.

This was later adjusted to 111-135 mph for an EF2

On average, about 1,000 tornadoes hit the United States each year, resulting in varying numbers of homes being destroyed or damaged. The exact number of people who lose their homes to tornadoes annually can fluctuate significantly depending on the severity and frequency of tornado events.

The top of a tornado is called the funnel cloud. This is the visible, rotating column of air that extends from the cloud base down towards the ground.

The lithosphere is the rigid outer layer of the Earth, consisting of the crust and upper mantle. It is divided into tectonic plates that float on the semi-fluid asthenosphere. The lithosphere is important for supporting the Earth's landforms and providing a solid surface for the biosphere to exist.

Tornadoes have very strong winds that are capable of snapping and up rooting trees and in some cases pulling the grass out of the ground. When human development is struck buildings are similarly affected with additional secondary damage from flying debris.

Tornadoes can occur any time of the year, but are most likely in the months of April through June. Spotters would most likely be able to see a tornado in an open area, with an unobstructed view. Most tornadoes occur between the hours of 4 and 9 PM, but can occur at any time of the day.

Tornadoes can contribute to erosion by removing vegetation cover, disturbing soil, and transporting debris at high speeds. The strong winds associated with tornadoes can lift and carry sediments over long distances, leading to soil erosion in affected areas. Heavy rainfall accompanying tornadoes can also exacerbate erosion by washing away topsoil and causing sediment buildup in waterways.

a rotating column of air that extends from a thunderstorm to the ground is a Tornado

Tornado lengths can vary significantly, typically ranging from a few hundred feet to over a mile. The duration of a tornado's path can last anywhere from a few seconds to several hours, depending on its size and intensity.

A rotating mass of air that develops high in the atmosphere and begins a pattern of tornado formation is called a supercell. Supercells are powerful thunderstorms that have the potential to produce tornadoes due to their organized rotation and updraft. These storms are responsible for some of the most destructive tornadoes.

The highest death toll of any recorded tornado in the U.S. is 695. This is from the Tri-State tornado of Mach 18, 1925. However, scientists have estimate that an extremely large, violent tornado that impacts a major city or crowded freeway could potentially kill thousands.

It is very unlikely for an earthquake and tornado to occur at the same time in the same place. Earthquakes are caused by tectonic plate movement, while tornadoes are atmospheric phenomenon. They are typically associated with different weather conditions and geological processes that do not overlap in the same location simultaneously.

Tornadoes are often referred to simply as "tornadoes" or "twisters."

No. Status clouds can bring rain but not thunderstorms and certainly not tornadoes. Cirrus clouds are sometimes torn away from thunderstorms, but they do not cause them.

Tornadoes and the thunderstorms that produce them are associate with cumulonimbus clouds.

No, Illinois is not the most eastern state in Tornado Alley. Tornado Alley typically includes states like Texas, Oklahoma, Kansas, and Nebraska, where tornado activity is most prevalent. Illinois is located on the eastern edge of Tornado Alley but is not considered one of the core states in the region.

The sound of a tornado can reach up to 140 decibels, which is equivalent to standing next to a jet engine. The loud noise is generated by the strong wind and debris being swept up by the tornado, creating a roaring and rumbling sound.

Tornadoes have more localized destructive power, with winds reaching over 300 mph in extreme cases. Earthquakes, on the other hand, can affect larger areas and have a wider-reaching impact, especially in terms of structural damage and aftershocks. Ultimately, the strength of a tornado or earthquake can vary greatly depending on specific conditions and magnitudes.

Yes, Missouri experiences tornadoes. It is part of the region in the U.S. known as Tornado Alley, which is prone to severe weather and tornado activity. Missouri has a history of tornadoes, especially during the spring and summer months.

Tornadoes can form over water when conditions are right, such as when warm, moist air near the surface interacts with cooler air above. These conditions can create the necessary rotation for a tornado to develop, even over the sea. These tornadoes are known as waterspouts.

EF4 and EF5 are ratings on the Enhanced Fujita scale, which uses damage done by a tornado to assign an intensity rating. The scale runs from EF0 to EF5. EF4 and EF5 are the two highest ratings indicating a violent tornado. An EF4 tornado has peak estimated winds of 166-200 mph. Such tornadoes level well-built houses and can strip the bark from trees. EF5, the highest rating, is assigned only to the most powerful of tornadoes with estimated winds over 200 mph, with some having winds in excess of 300 mph. Tornadoes of this strength wipe well-built houses clean off their foundations, completely blowing them away.

Tornadoes do occur in Florida, but they are not as common compared to areas in the central United States known as Tornado Alley. On average, Florida experiences around 66 tornadoes per year, with a peak in activity during the spring and early summer months.

A F6 tornado does not exist on the Enhanced Fujita scale, which ranges from F0 to F5. The most powerful tornado category, an F5 tornado, has wind speeds exceeding 200 mph and can cause catastrophic damage.