If it's enough to be classified as a tornado, it will damage your house. Generally, winds in excess of 60 mph are considered sufficient to cause visible damage, though at this point it will be superficial unless a tree falls on ths house.
We do not know. The Natchez tornado was in 1840, and it is hard to get reliable information from records that old. The tornado itself was probably an F4 or F5, which would put wind speeds in the range of 200 mph or more, but that does not indicate anything about how fast the tornado itself moved.
In terms of traveling speed tornadoes can be stationary or travel at over 70 mph. The average forwards speed is 35 mph. In terms of wind speed, winds in a tornado can travel at anywhere from 65 mph to over 300 mph. The average tornado probably has winds in the range of 80 to 90 mph. Tornadoes that cause the most serious damage have winds over 130 mph. Tornadoes with winds over 200 mph are very rare.
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F2 wind speeds were originally esitmated at 113-157 mph. The new Enhanced Fujita scale has adjusted that estimate to 111-135 mph.
Most damage in a tornado is caused by the extremely fast winds.
It depends. A tornado can cause property damage in a matter of seconds, but in a large, slow moving tornado, structures can be exposed to damging winds for several minutes. A very violent tornado can completely obliterate a well built house in under 3 seconds.
In terms of how fast a tornado is moving, the tornado is tracked on radar. The forward speed is calculated based on how far it moves in a given period of time. The wind speed of a tornado is estimated based on the severity of the damage it causes.
Houses don't even have gas pedals- there are no brakes. However, a tornado can destroy a house in a matter of just a few seconds.
Radar does not scan for cloud patterns. In the case of finding a tornado it looks at wind speed. If a winds are moving very fast towards the radar and winds moving fast awaay from it in a small area, it means strong rotation and a possible tornado.
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.
Its called the enhanced fujita scale...it measures from an EF0 to an EF5 how fast the tornado was spinning. The wind speed is determined by examining damage.
Estimated winds for an F2 tornado on the original Fujita scale are 113 to 157 mph. It was later found that this estimate was not quite right for the damage inflicted by an F2 tornado and so was refined to a range of 111 to 135 mph for an EF2 tornado.
Doppler radar tracks the movement of the storm and can determine how fast it's going and, to a very limited degree, how fast its winds are. However, in nearly all cases the wind speeds reported in a tornado are estimated based on the severity of the damage that has been done.
The Joplin tornado of 2011 had a damage path 22 miles long and lasted 38 minutes, which works out to an average speed of about 35 mph. The winds inside the tornado are estimated to have peaked at 225 to 250 mph.
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.
How fast a tornado is moving refers to how fast the tornado itself travels from point A to point B. For example, a tornado moving towards at 30 mph and is a mile away will reach you in 2 minutes. The rotational winds of a tornado refers to how fast the tornado itself is spinning, which is generally faster than its forward speed.