A polar vortex is an area of wind moving in a circular manner over the poles of a planet such as Earth. On Earth there is a polar vortex at each pole that normally keeps the coldest air at very high latitudes. In the winters of 2013-2014 and 2014-2015 Earth's northern polar vortex became a news item when it moved off the North Pole and over North America, bringing with it extremely cold weather.
Cold waves are most often associated with polar high-pressure systems. This phenomenon is related to the polar vortex, which also occurs in the polar regions.
The process that causes ozone depletion works best at low temperatures. There is a naturally ocurring polar vortex that traps super cold air in the upper atmosphere over Antarctica. This vortex is strongest in the winter and largely dissapears in the summer. This means that the hole is largest and most prevalent during the winter.
A polar vortex is also known as an Arctic Cyclone or Polar Hurricane and is a large scale cyclone located near the poles. These low pressure areas strengthen in the winter and weaken in the summer. They span 700-1,500 miles with circulating air moving in a counter clockwise fashion. The reason for the rotation is the Coriolis effect. Some suggest that there was a build up of cold air that was suddenly released from the Arctic.
Water molecules are polar This causes them to be attracted to the cell surface, which is also polar in nature
Michigan
A polar vortex is an area of wind moving in a circular manner over the poles of a planet such as Earth. On Earth there is a polar vortex at each pole that normally keeps the coldest air at very high latitudes. In the winters of 2013-2014 and 2014-2015 Earth's northern polar vortex became a news item when it moved off the North Pole and over North America, bringing with it extremely cold weather.
The polar vortex is simply made of cold air. It isn't anything unusual. It is a low pressure area that develops over the north pole in the winter and, for the most part, keeps the coldest air trapped there. The term gained popularity in the media when a portion of the polar vortex moved away from the Arctic and into portions of the United States and Canada.
Gravitational pull causes the vortex depending on which side of the planet your on which way the vortex will spin
Cold waves are most often associated with polar high-pressure systems. This phenomenon is related to the polar vortex, which also occurs in the polar regions.
The horseshoe-shaped ring formation in the atmosphere is called the "polar vortex." It is a large area of low pressure and cold air that typically sits over the Earth's polar regions. The polar vortex can weaken or become distorted, leading to shifts in weather patterns and bringing cold air southward.
when a tornado goes to a ocean (usually) and water goes to its VORTEX
when a cold air front meets a warm air front
When the top is down the air flowing over the windshield creates a vortex within the car. This vortex causes drag which causes the vehicle to use more fuel.
The process that causes ozone depletion works best at low temperatures. There is a naturally ocurring polar vortex that traps super cold air in the upper atmosphere over Antarctica. This vortex is strongest in the winter and largely dissapears in the summer. This means that the hole is largest and most prevalent during the winter.
A polar vortex is also known as an Arctic Cyclone or Polar Hurricane and is a large scale cyclone located near the poles. These low pressure areas strengthen in the winter and weaken in the summer. They span 700-1,500 miles with circulating air moving in a counter clockwise fashion. The reason for the rotation is the Coriolis effect. Some suggest that there was a build up of cold air that was suddenly released from the Arctic.
A polar vortex is also known as an Arctic Cyclone or Polar Hurricane and is a large scale cyclone located near the poles. These low pressure areas strengthen in the winter and weaken in the summer. They span 700-1,500 miles with circulating air moving in a counter clockwise fashion. The reason for the rotation is the Coriolis effect. Some suggest that there was a build up of cold air that was suddenly released from the Arctic.