Forecasters predict the amount of damage from a tornado by analyzing factors such as the tornado's size, intensity, path, and the type of structures in its path. They use computer models and historical data to estimate potential damage levels.
It depends on the intensity and size of the tornado or hurricane. Generally, hurricanes tend to cause more widespread damage due to their larger size and longer duration. However, intense tornadoes can also cause significant damage in a localized area with extremely high winds.
The main cause of damage from a tornado is the extreme wind speed and debris carried by the tornado. The high winds can destroy buildings, uproot trees, and toss objects with great force, causing widespread destruction in its path.
Tornado damage has traditionally been rated on the Fujita scale. However, the United States and Canada now rate tornado damage on the similar Enhanced Fujita scale.
There is no "category" for winds in a tornado. Tornadoes are measured by the Enhanced Fujita Scale, which simply is a rating based on the amount of damage done. It ranges from weakest EF-0, to strongest EF-5....250mph winds are "capable" of producing EF-5 damage, should it move over certain sturdy structures. However, a tornado over an open field with 250mph will not get an EF-5 rating because it has no sturdy structures for it to damage. Tornadoes are rated after the fact based on the amount of damage done. So while a 250mph wind "could" produce EF-5 damage, it's got to move over the right structures for that damage to be realized and the tornado given that rating.
A tornado is considered a tornado when a rotating column of air descending from a thunderstorm cloud reaches the ground, causing damage and visible debris swirling in a vortex. The National Weather Service confirms tornadoes based on eyewitness reports, damage assessment, and radar data.
The greatest amount of damage in a tornado is caused by extremely strong winds. Additional damage is from flying debris.
The cost of damage from the Waco tornado was $41 million in 1953 values, equivalent to $361 million today.
Generally the stronger the tornado, the more severe the damage it causes. A large tornado can affect a larger area than a small tornado and therefore cause a greater quantity of damage, though it is not necessarily more severe.
There are two basic ways in which tornadoes cause damage. First, the wind in a tornado carries an enormous amount of force, which can damage tor destroy structures and vegetation. Second, debris carried by a tornado can cause significant damage on impact.
Not exactly. If a tornado is imminent then Doppler radar will probably detect the rotation wand a warning will be issued that a tornado may soon form. Often, especially with areas of major damage, the tornado has already been on the ground for at least a few minutes and moves into the area. Meteorologists can often detect the signature of a tornado on radar will announce where the tornado is and where it is going.
Generally tornado winds are more destructive that hurricane winds. Hurricane winds, however, cause damage over a much larger area than a tornado, so the overall amount of damage may be greater. The worst damage in a hurricane is usually the result of flooding.
Well, if we knew that, we could predict them. The parent thunderstorm is thought to be the biggest player but the real cause is unknown.
The winds in a tornado are very fast carry a tremendous amount of force that can damage or destroy buildings and other objects. Objects picked up by those winds can become high speed projectiles.
It depends on the intensity and size of the tornado or hurricane. Generally, hurricanes tend to cause more widespread damage due to their larger size and longer duration. However, intense tornadoes can also cause significant damage in a localized area with extremely high winds.
it depends on the tornado damage
The longest tornado damage path on record is 219 miles.
Most damage in a tornado is caused by the extremely fast winds.