The largest tornado on record was 4.2 kilometers or 4,200 meters wide. Most tornadoes, though are in the range of 50 to 100 meters wide.
It varies. The average tornado is 50 yards wind, but some are under 10 yards wide. Very large tornadoes can be up to a mile wide or more at the ground. The widest tornado ever recorded was 2.6 miles wide.
Size is not a factor in determining the rating of a tornado. Ratings are based on the severity of the damage done, with F4 damage being near total destruction. F4 tornadoes have been recorded as small as 100 yards wide, but most are larger. It is not uncommon for an F4 tornado to be over a quarter or even half a mile wide. The widest tornado on record was an F4 that struck Hallam, Nebraska in 2004. It was 2.5 miles wide.
Scientists believe that in extreme cases a tornado can get up to about 2.5 miles wide
The area affected by a tornado can vary widely, but on average, the diameter of a tornado is about 150-500 meters (500-1,600 feet). However, larger tornadoes can have a path that is several kilometers wide.
The average tornado is 150 feet wide. Some, can be less than 30 feet wide however, and the very largest can be up to two and a half miles wide.
up to 8 meters wide Type your answer here...
Tornadoes can range in size from just a few meters wide to over a mile wide, with an average width of around 250 feet. The size of a tornado is influenced by the strength of the storm system producing it, but the majority are on the smaller end of the scale.
A typical tornado is 50 to 100 yards wide, but the very widest can exceed 2 miles in diameter. The largest tornado on record had a damage path 2.6 mile wide.
up to about 300mph
about 6 metres wide and 3 meters up
A typical tornado is perhaps 100 yards wide and 10,000 feet tall. This gives a volume of roughly 700 million cubic feet.
No. The widest tornado ever recorded was 2.5 miles wide. Compared with other types of storm tornadoes are actually rather small. Hurricanes, however, can be 500 miles wide or more, but they are in an entirely different class of storm.