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.
The most powerful category of tornado is F5 on the Fujita scale or EF5 on the Enhanced Fujita Scale.
Not really, tornado alley is one of the areas most frequented by the strongest tornadoes, rated EF4 and EF5. However, even in tornado alley you are unlikely to be hit by such a strong tornado.
The Xenia Tornado that struck Ohio in 1974 was classified as an F5 tornado, the most powerful on the Fujita scale. It caused widespread devastation, destroying thousands of homes and killing 33 people. Wind speeds were estimated to be between 261 and 318 miles per hour.
When the eye of a tornado becomes more intense and destructive than the larger tornado, it is known as a "tornado within a tornado" or a "satellite tornado." This phenomenon occurs when a smaller, more powerful vortex forms within the main tornado circulation.
No, a tornado could not have lifted up the Titanic as it was a massive ship weighing over 46,000 tons. Tornadoes are powerful weather phenomena but they do not have the force to lift such a heavy object out of the water.
The most powerful tornado is an f-5 tornado which can reach now over 200mph on the enhanced fujita scale and 261-318 on the regular fujita scale
The most powerful category of tornado is F5 on the Fujita scale or EF5 on the Enhanced Fujita Scale.
EF5
In terms of energy output, a volcano is more powerful.
A tornado.
The most powerful August tornado on record was the Plainfield, Illinois tornado of August 28, 1990. It is the only F5 tornado on record to have struck in August. The tornado killed 29 people and injured 350. Over 300 homes were destroyed and 800 damaged.
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.
An F5 Tornado is the most powerful category of tornado possible. This tornado pulls well-built homes off their foundations and into the air before shredding them and wiping the foundation clean.
There is no way of knowing for certain what the most powerful tornado was. Once a tornado reaches F5 strength it is difficult to tell whether or not it was stronger than any other F5. The tornado with the strongest recorded winds, the OKC area tornado of May 3, 1999 killed 36. However, other F5 tornadoes that did not have their winds measured may have been stronger.
Both
A supercell tornado is a tornado that forms from the mesocyclone of a supercell. A supercell is the most powerful type of thunderstorm on earth. These storms are characterized by tilted convection and a powerful, rotating updraft called a mesocyclone. Most tornadoes and nearly all strong tornadoes come from supercells.
Tornadoes produce extremely fast winds can can badly damage or destroy man made structures. Depending on the tornado, the strongest winds occur either at the outer edge of the core or within smaller vortices that develop inside the tornado.