Hurricanes and the Coriolis Effect

Hurricanes and Coriolis Effects Hurricanes were historically active weather phenomena. Thanks to our modern facilities, they are easy to track, but still difficult to predict. Their destructive power will cost hundreds of millions of dollars each time they attack the land. We use the names of men and women to name them. They start as much storm clouds as possible on warm water and when they gather they begin to form tropical storms. The rotating earth makes the storm function. The Coriolis effect, which is the apparent deviation of the object, has a major impact on the hurricane path and must be performed when trying to predict that route.

When it rises, the air in the hurricane rotates. The air drawn into the center of the hurricane turns to the right in the northern hemisphere and to the left in the southern hemisphere, depending on the Coriolis effect (the result of the rotation of the earth). There is no Coriolis effect near the equator and hurricanes do not occur within 300 miles (500 km) from the equator.

Since the air current is affected by the Coriolis force (caused by the rotation of the earth), the hurricane in the Northern Hemisphere rotates counterclockwise (cyclone) towards the center. At high altitudes, it is not generally known that expanding cloud bands rotate in the clockwise direction (anti cyclone). The left image shows the tracking wind of the extracted cloud and the red arrow is superimposed on the camera's natural color view (vertical view) at the lowest point of MISR. In these images, the counterclockwise movement of the lower storm cloud and the clockwise movement of the upper cloud are clear. Right ascending wind speed is usually 40 to 45 m / s (144 to 162 km / h). Typical values ​​of low level counterclockwise wind range from 7 to 24 m / s (25-86 km / h), distance from the center of the storm is small

A low-pressure weather system with an inward-looking wind like a hurricane rotates the north of the equator counterclockwise and the south of the equator in a clockwise direction. This is due to the Coriolis force and the northern and southern hemispheres of Earth are not facing in the opposite direction (for example, facing north and south and north) (assuming they are connected to each other and rotating in the same direction). In accordance with these laws, we know the amount of mass contained in the Earth, and earth - sized non - spherical planets will not be able to resist its own gravity. For example, a global flat plate can rupture, heat, liquefy and reform to nearly spherical shape.