An EF3 tornado has estimated winds of 136-165 mph.
The speed and direction of a tornado can be determined using Doppler radar by measuring how far the tornado moves between sweeps and in what direction.
That type of tornado would be classified as an EF3 to EF5 on the Enhanced Fujita Scale. These tornadoes are capable of causing severe destruction to well-built structures, lifting cars, and completely destroying buildings with weak foundations. The wind speeds in these tornadoes can exceed 136 mph, causing widespread devastation along their paths.
In terms of wind speed, tornado and hurricane winds usually fall into the same range. Tornadoes are capable of producing stronger winds than hurricanes are, however. In terms of traveling speed, tornadoes generally move faster but, again, there is a good deal of overlap.
Wind shear is a factor that can contribute to the formation and intensity of tornadoes by creating a change in wind direction and speed with height, leading to rotation within the thunderstorm. While wind shear is an important ingredient for tornado development, there are other factors such as instability in the atmosphere and moisture that also play a role in tornado formation.
In excess of 200 mph at the peak, possibly as high as 250 mph.
Originally the wind speed of an F3 tornado was estimated at 158-206 mph. However this estimated was later found to be too high for the damage inflicted and was lowered to 136-165 mph in an EF3 tornado.
If you mean the one from April 27, 2011, the wind speed for that tornado was estimated at 205 mph (330 km/h), qualifying it as an EF5. Some have suggested, however, that the severe ground scouring caused by this tornado indicates winds far higher than 205 mph.
Yes, the El Reno, Oklahoma tornado of May 31, 2013 has officially been rated EF3, but there is some controversey over this. Tornado ratings are based on damage and have accompanying wind speed estimates. The damage caused by the tornado was no higher than EF3, which was the basis for the final rating. For some time, however, the rating of the tornado stood at EF5 as mobile Doppler radar detected wind gusts in the tornado to over 295 mph, well into the estimated EF5 range, which starts at just over 200 mph and has no upper bound. This measurement was made while the tornado was over open country where there were no structures to damage. The National Weather Service ultimately chose to reject the wind speed measurement, and rate the tornado EF3 based on damage, which is the basis for ratings on the EF scale. This was likley the right decision, as the wind measurements were taken from a point several hundred feet up in the funnel, where winds would likely be much faster than they are near ground level, where damage occurs. The accuracy of the wind speed estimates of the EF scale have not been fully verified.
The largest tornado ever recorded was the El Reno, Oklahoma tornado of May 31, 2013. This tornado was 2.6 miles wide. Doppler radar measured a wind gust in the tornado at 296 mph, the second highest wind speed ever recorded in a tornado.
Scientists usually use the severity of the damage a tornado causes to estimate its wind speed.
The speed of the winds in a tornado is called the tornado's wind speed. It is usually measured using the Enhanced Fujita (EF) scale, which categorizes tornadoes based on the estimated wind speed. The wind speed can vary greatly depending on the tornado's intensity, with stronger tornadoes having faster wind speeds.
Wind speed in a tornado is usually estimated using the damage caused by the tornado's winds and the Fujita scale, which categorizes tornadoes based on their intensity. Meteorologists may also use Doppler radar data to estimate wind speeds within a tornado. Direct measurement of wind speed in a tornado is rare due to the dangerous and unpredictable nature of tornadoes.
Scientists use the severity of damage that a tornado causes to estimate wind speed.
Probably not. Atomic Betty's ship appears to be the size of a large house, and is streamlined. An EF3 tornado can lift an empty train car and possibly and unachored house, but not carry it far. That said, an EF3 tornado might be able to overturn it.
Not directly. But changes in wind speed and direction in altitude, called wind shear, plays an important role in tornado formation.
A tornado with estimated winds of 175 mph is an EF4.
The wind speed for Waco Tornado was over 250 mph winds.