A tornado is just one kind of vortex. Vorticies (vortexes) can come in a variety of shapes and sizes and can form in just about any liquid or gas that isn't too viscous.
Tornadoes are vorticies of air that range in size from a few yards to about 2.5 miles in diameter and a few thousand feet to a few miles in height. They produce violent winds capable of causing damage. Some tornadoes have smaller vorticies circling within them. Tornadoes are driven by complicated interactions of air currents within a thunderstorm.
Other vorticies form in a variety of mediums, though on earth the most common are in air and water. They range from tiny eddies a fraction of an inch in size to weather systems and ocean currents thousands of miles across. No other type of vortex on earth can match the intensity of the most violent tornadoes, though the storms on other planets (which are usually enormous vorticies) can.
A multiple vortex tornado has smaller, short-lived vortices moving around inside of it. The suction vortices have stronger winds than the rest of the tornado and are noted for cutting narrow curved swaths of intense damage. A multiple vortex tornado sometimes has the appearance of two or more tornadoes moving circles. A single vortex tornado is simply one vortex of tornadic wind.
A tornado is a kind of vortex, but there are other varieties of vortex with different driving mechanisms. A tornado is a vortex typically a few hundred to a few thousand feet wide that usually comes from a larger but less intense vortex called a mesocyclone, which is the result of a thunderstorm updraft interacting with wind shear. Large scale high and low pressure systems are also vortices driven by the Coriolis effect. You can also see a vortex in a draining pool of water.
A vortex is a whirling, spiralling mass, whether liquid, gas or flames. Example of sentences would be:When you swirl your hand around and around in water, it creates a vortex.Within the huge tornado was a vortex of dust and debris.
A tornado in a bottle project uses liquid to simulate the vortex motion of a real tornado. Both involve rotating air masses creating a funnel shape. However, the scale and force of a real tornado are much stronger and destructive than what can be replicated in a bottle.
A tornado is a very intense vortex of air. Air spirals in towards the low pressure at the center of the tornado and is then drawn upwards. Most tornadoes form from a larger vortex called a mesocyclone, which is part of the updraft of some thunderstorms. At some point this vortex tightens and intensifies to form a tornado.
A tornado is a kind of vortex so yes, in some ways.
A tornado is itself a kind of vortex, and can have smaller vortices inside of it.
Yes, every tornado has a vortex, which is the rapidly rotating column of air that extends from the base of the storm clouds to the ground. This vortex is what causes the destructive winds associated with tornadoes.
A vortex is a spinning or rotating movement in a liquid or gas. A tornado is a violently rotating column of air and thus is a type of vortex.
A vortex is a spinning flow of air or liquid. In a tornado, a vortex forms when warm, moist air meets cool, dry air, creating a rotating column of air that extends from the base of the storm cloud to the ground. This rotating vortex is what gives a tornado its destructive power.
A multiple vortex tornado has smaller, short-lived vortices moving around inside of it. The suction vortices have stronger winds than the rest of the tornado and are noted for cutting narrow curved swaths of intense damage. A multiple vortex tornado sometimes has the appearance of two or more tornadoes moving circles. A single vortex tornado is simply one vortex of tornadic wind.
No country does. A suction vortex is not a tornado; it is a feature that can develop in a tornado. A tornado itself is a vortex but can sometimes contain smaller vortices (vortexes) called suction vortices. Such a storm is called a multiple-vortex tornado.
A tornado is basically just a vortex of wind
There is no such thing as an actual tornado underwater, as a tornado is, by definition, a vortex of air. However, a vortex underwater is called a whirlpool.
A good hypothesis for a science fair project using a tornado vortex (tornado in a bottle) could be: "If the speed of rotation is increased in a tornado vortex model, then the strength and duration of the vortex will also increase." This hypothesis can be tested by varying the speed at which the bottle is rotated and observing the resulting vortex's characteristics, such as its height, stability, and longevity.
a vortex
The whirling, spinning vortex of a tornado sucked everybody in.