How do hurricanes form?

Low wind shear: a big difference between the wind speed and the wind direction around or near the storm weakens it

There is a hurricane when mixing them - perhaps. Even if all these factors are combined, hurricanes do not always occur.

Hurricane is a powerful weather event that takes away heat from the tropical water and stimulates their anger. These violent storms usually originate in the tropical waves and occur in the ocean - areas of low pressure pass through the rich tropical zone of water which may boost the shower and the thunderstorm

As the weather system moves westward through the tropics, the warm sea air rises into the storm and forms a low pressure area beneath it. This will allow more air to flow. Then the air goes up and cold, creating clouds and thunderstorms. In the clouds, water condenses to form waterdrops, releasing more heat and causing storms.

When such a stormy wind speed reached 74 mph, it was classified as a hurricane. The terms "hurricane" and "tropical cyclone" refer to the same storm. It is a rotating, organized cloud and thunderstorm system with closed low-level circulation originating in tropical or subtropical water.

During the hurricane, the wind can produce about half of the energy, not the world electricity generation, and the formation of clouds and rain from the same storm may release an amazing 400 times.

How was the hurricane formed? Dust and sand in the eastern part of the Sahara blows to the Atlantic Ocean to the west. At the same time, small convection starts to be formed due to temperature difference. The moist air flowing from the sea level (at least 26 ° C) rises towards cooler air and falls to fill that position. Water vapor adheres to dust and sand and forms clouds. Convection accelerates, clouds become thunderstorms. Finally, due to the counterclockwise rotation of the Earth, the cloud starts to rotate. Depending on wind speed, the cyclone has various titles.

A hurricane is a big storm that winds rotate. If there is a large pressure difference and temperature difference between hot water and clouds, they form warm seawater. Clouds draw moisture and air near the surface of the water toward the clouds, creating a series of fast-moving air. Sometimes the air in one place is warmer than the air in another nearby. Warm air is thinner and lighter than cold air. When heavy cold air comes in contact with hot air, push it and push it. Some warm air moves sideways, some of which move up. As warm air moves laterally and continues to move upwards and outwards, cold air will flow and replace that position. The movement of this air is the wind. In most cases, most of the air on the surface of the earth is moving.

A hurricane is a weather system that is often called a funnel that warms moist air. When warm, moist air rises and comes in contact with cold air, warm steam condenses to form raindrops and dark clouds. Most of the hurricanes that occurred in the Atlantic Ocean occurred on the west coast of Africa. Hurricanes start with a thunderstorm and move in a warm tropical ocean. Hurricanes, tropical cyclones, tropical cyclones, and the formation of the final hurricane have three stages.

It was the ninth storm of the 2004 Atlantic Hurricane season, the sixth hurricane, and the fourth major hurricane. Tropical depression on September 2, Tropical cyclone on September 3, Hurricane on September 5 occurred. This is a Cape Verde type hurricane reaching level 5 in Saffir-Simpson hurricane class, the highest category. Ivan also achieved unprecedented strength at low latitudes only in Category 4, 10.6 degrees north latitude, just a few days later. The minimum recorded pressure is 910 mb, the sixth largest Atlantic hurricane ever recorded. As a result, the United States lost an estimated $ 13 billion loss and became the third largest hurricane in the United States.