Yes.
No, the rotation of a tornado is stronger than its updraft.
The causality is the other way round: air spirals upwards and BECAUSE of that there is low pressure on the ground. The question should be WHY does the air rises upwards and WHY does it spiral? The spiralling comes from the coriolis effect. The rising comes from differences in mass density (lower density rises above higher density). That density difference may come from temperature differences. High pressure areas have the contrary effect: air falls down and causes high pressure on the ground.
In a tornado, the air spirals move in a combination of vertical and horizontal directions. The updraft of warm air can create a rotating column that extends from the base of the tornado to the cloud above. This combination of vertical and horizontal movement contributes to the powerful swirling motion of a tornado.
A front that spirals counterclockwise in the Northern Hemisphere is called an occluded front. Fronts don't flow counterclockwise, although a low does have a counterclockwise spin and frontal systems form off of a low.
In most cases in the northern hemisphere, air spirals counter-clockwise around a tornado and sucks upward in the core center of the tornado. This is typically clockwise in the southern hemisphere.
The scroll compressor is one that has spirals rotating into each other. The screw compressor is where two spirals are rotating in opposite directions.
Yes, the wind typically flows inward toward a tornado in a rotating motion. This rotation creates the characteristic funnel shape of a tornado as the air spirals inward towards the center of low pressure.
In a tornado, air rapidly spirals in toward a center of intense low pressure and then spirals upward. These strong, spiraling winds can cause severe damage. In some cases smaller vortices can develop wind winds up to100 mph faster than the main circulation. This results in a path where the severity of damage seems to vary erratically.
The bottom of a whirlpool is called the vortex. It is the central region where water spirals downward into a rotating mass.
No, the rotation of a tornado is stronger than its updraft.
A tornado is a rapidly rotating column of air that extends from a thunderstorm to the ground. It moves in a swirling and spiraling fashion, often causing destruction in its path due to its strong winds and intense pressure gradients. Tornadoes can move erratically, changing direction and speed quickly.
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.
Intense low pressure at the tornado's center produces the wind. Most winds on earth are produce by pressure differences. The greater the difference over a given area, the greater the wind speed. Tornadoes produce a very large pressure drop over a short distance due to a steep pressure gradient.
Who invented spirals
In the Northern Hemisphere, air spirals clockwise around a high-pressure system. In the Southern Hemisphere, air spirals counterclockwise around a high-pressure system. This is due to the Coriolis effect caused by the Earth's rotation.
Spirals in Hyperspace was created in 2004.
A tornado usually forms from a large column of rotating air called a mesocyclone. A tornado therefore has quite a bit of angular momentum, so air spirals into the it.