It was just under 1/4 mile wide.
If by size you mean it's rating it was an F4.
The largest tornado of 2008 in terms of path width, the standard measure of a tornado's size, occurred east of Pardeeville, Wisconsin on June 7. Despite only earning a rating of EF2, the multivortex tornado had a peak path width of 2 miles. The highest rated tornado, though not the largest, was the EF5 tornado that hit Parkersburg, Iowa and killed 9 people. It had a peak path width of 1.2 miles.
Weight is not something that is measure in a tornado. Even then, the size of a tornado, and therefore the amount of air it contains, varies widely.
It depends on the size of the tornado and the how strong the earthquake is. Most earthquakes are small on average, so most of the time a tornado is stronger.
That can have several answers. The strongest (though not necessarily the largest) tornadoes are EF5 tornadoes with estimated winds over 200 mph. The strongest tornado recorded (or at least to have its wind speed measure) had winds of 318 (some say 302) mph. The widest tornado ever recorded struck Hallam, Nebraska tornado in 2004. It was 2.5 miles wide.
There is no such thing as an F7 tornado. The maximum rating is F5. Even then, ratings for tornadoes are based on damage, not size.
That would be the El Reno, Oklahoma tornado of May 31, 2013. At peak size the tornado was 2.6 miles wide.
Not necessarily. Although F5 tornadoes tend to be very large, ratings are based on damage severity, not size. The largest tornado on record, the El Reno Oklahoma tornado of May 31, 2013, was rated EF3, and the record holder for several years was the F4 tornado that hit Hallam, Nebraska on May 22, 2004.
The size of a tornado is determined by the width of the area over which it produces damage. This is not to be confused with the tornado's intensity.
The size of a tornado, or its width is determined by how wide the area of damage is. The rating of a tornado, which is not dependent on size (though there is some correlation) is based on the severity of the damage caused.
The fastest wind recorded in a tornado was 302 mph in the Moore, Oklahoma tornado of May 3, 1999. Other tornadoes in history may have had faster winds, but actualy wind measurements from tornadoes are rare.On May 3, 1999, a strong F-5 tornado hit the Bridge Creek area SW of Oklahoma City, Oklahoma. Doppler radar wind speeds of 302 mph (486 kph) at a point about 100 feet of the ground. This was revised down from an earlier estimated of 318 mph (512 kph).The highest wind speed ever recorded in a tornado was 302 mph +/- 20. This was in the F5 tornado that hit Moore, Oklahoma on May 3, 1999.However, it is relatively rare for winds in a tornado to be measured directly so other tornadoes which did not have their winds measured may have had faster winds.
A tornado shelter typically ranges in size between that of a large closet and a small office.
Oklahoma is ranked 19th
The largest recorded tornadoes* in 2013 are as followsThe El Reno, Oklahoma tornado of May 31 (2.6 miles wide)The Woodbury County, Iowa tornado of October 4 (1.48 miles)The Wayne, Nebraska tornado of October 4 (1.38 miles)The Moore, Oklahoma tornado of May 20 (1.1 miles)The Schenectady, New York tornado of May 29 (tied 1 mile)The The St Louis area tornado of May 31 (tied, 1 mile)The Red River Parish, Louisiana tornado of July 27 (tied, 1 mile)The Cleburne, Texas tornado of May 15 (0.98 mile)The Bennington, Kansas tornado of May 27 (0.9 mile)The Shawnee, Oklahoma tornado of May 19 (0.85 mile)*The size of the tornadoes, for these purposes, is measured only in path width, which does not necessarily indicate anything about the intensity of the tornado or the damage it caused.
Oklahoma is the 20th largest US State.
The largest tornado of 2008 in terms of path width, the standard measure of a tornado's size, occurred east of Pardeeville, Wisconsin on June 7. Despite only earning a rating of EF2, the multivortex tornado had a peak path width of 2 miles. The highest rated tornado, though not the largest, was the EF5 tornado that hit Parkersburg, Iowa and killed 9 people. It had a peak path width of 1.2 miles.
The damage is surveyed and where damage boundaries are is noted. This is the used to show how wide the tornado is. Note that the size is not a factor in how the tornado is rated but how intense the damage is.
The Xenia tornado of 1974 was about half a mile wide.