they go both ways.
More than 99% of tornadoes spin counterclockwise in the northern hemisphere and clockwise in the Southern Hemisphere. For less than 1% of tornadoes the opposite is true. These are called anticyclonic tornadoes.
The fact that the a tornado spins means that the winds move in all directions at different points within the tornado, as they make a full 360 degree rotation. In the northern hemisphere tornadoes spin counterclockwise, so winds on the north side of a tornado blow east to west, those on the west side blow north to south, those on the south side blow west to east, and those on the east side blow south to north. This is reversed in the southern hemisphere where tornadoes spin clockwise.
Lincoln has been hit by tornadoes before. The fact that it has not been hit by a major tornado in recent years has simply been a matter of chance. A creek will not affect tornadoes in any way whatsoever.
Tornadoes vary greatly in intensity and there is in fact a scale that uses the severity of damage to determine intensity. Winds can range anywhere from 65 mph to over 300 mph. Most tornadoes are rated EF0, with estimated winds of 65 to 85 mph. These tornadoes cause some damage to roofs, gutters, and siding, as well as breaking tree limbs and toppling weakly-rooted trees. Somewhat fewer tornadoes are rated EF1, with estimated winds of 86 to 110 mph. These tornadoes can badly damage roofs, flip over trailers, and break windows. Stronger tornadoes are rated EF2, with estimated winds of 111 to 135 mph. These tornadoes tear the roofs from houses, completely destroy trailers and lift cars off the ground. A small percentage of tornadoes are rated EF3, with estimated winds of 136 to 165 mph. These tornadoes tear down the walls of houses, and uproot most trees, reducing the largest branches to stubs. About 1% of tornadoes are rated EF4, with estimated winds of 166 to 200 mph. These tornadoes level houses, leaving piles of debris, strip the bark from trees and can even damage road surfaces. Less that 0.1% of tornadoes are rated EF5 with winds of over 200 mph, sometimes exceeding 300mph. These tornadoes can destroy almost anything. Well-built houses are torn clean off their foundations. Even two tornadoes of the same rating can cause different amounts of damage, depending on how much of the path experiences the strongest winds. Additionally tornadoes vary in size and how far they travel. A large, and long lived tornado is going to affect a much larger area than a brief, small tornado and probably cause more damage. Where they occur also affects the damage. A tornado that goes over open farmland will cause more damage than one that goes through a city or town.
Yes, suppose a body is rotating anti-clockwise, then its angular velocity and angular momentum, at any moment are along axis of rotation in upward direction. And when body is rotating clockwise, its angular velocity and angular momentum are along axis of rotation in downward direction. This is regardless of the fact whether angular velocity of the body is increasing or decreasing.
Yes. Very strong tornadoes can in fact have winds well over 300 km/h. In one tornado winds to over 480 km/h were recorded. On the Enhanced Fujita scale a tornado with winds estimated at 300 km/h would be rated EF4, the second highest level on the scale. An EF5 tornado, the highest level, has winds over 322 km/h. However, most tornadoes are not this strong and only earn ratings of EF0 or EF1 with winds ranging from 105 to 177 km/h.
No. In fact the vast majority of tornadoes in the northern hemisphere (more than 99%) spin counterclockwise.
That depends on where the tornado is. Generally, tornadoes in the northern hemisphere rotate counterclockwise while those in the southern hemisphere rotate clockwise. There are more violent tornadoes in the horthern hemisphere, but that is mostly due to the fact that portions of the United States have an almost perfect setup for producing them. A small percentage of tornadoes rotate in the opposite direction from what is normal. These are called anticyclonic tornadoes (normal tornadoes are cyclonic). Many anticyclonic tornadoes are satellite tornadoes, and are generally weaker than the parent tornado that spawned them. Only one anticyclonic tornado has ever recieved a violent (F4 or F5) rating on the Fujita scale. It was an F4 that hit West Bend, Wisconsin on April 4, 1981.
Yes it does. In fact every state has tornadoes.
yes grasslands do have tornadoes. In fact they are common in the grasslands.
Yes. In fact all tornadoes come from thunderstorms.
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fiction
This applies mostly to tornadoes that form in mid-latitudes in the northern hemisphere, which includes the continental United States, where the greatest percentage of tornadoes form. The winds in these latitudes generally travel form southwest to northeast, taking any storms with them. Tornadoes can move in different directions however. This stems largely from the fact that the large-scale storm systems that most tornadoes form in rotate counterclockwise in the northern hemisphere, and while most form in the southeast quadrant of the system, they can form in other parts as well.
Fiction is true stuff Fact is set in stone They are practically the same
Yes, in fact tornadoes can only be formed by thunderstorms.
Yes. In fact tornadoes occur fairly frequently in Argentina.
The fact that the a tornado spins means that the winds move in all directions at different points within the tornado, as they make a full 360 degree rotation. In the northern hemisphere tornadoes spin counterclockwise, so winds on the north side of a tornado blow east to west, those on the west side blow north to south, those on the south side blow west to east, and those on the east side blow south to north. This is reversed in the southern hemisphere where tornadoes spin clockwise.