Cyclones develop over warm seas near the Equator. Air heated by the sun rises very swiftly, which creates areas of very low pressure. As the warm air rises, it becomes loaded with moisture which condenses into massive thunderclouds. Cool air rushes in to fill the void that is left, but because of the constant turning of the Earth on its axis, the air is bent inwards and then spirals upwards with great force. The swirling winds rotate faster and faster, forming a huge circle which can be up to 2,000 km across. At the centre of the storm is a calm, cloudless area called the eye, where there is no rain, and the winds are fairly light.
As the cyclone builds up it begins to move. When it moves this is usually when the cyclone hits land and starts it path of destruction. It is sustained by a steady flow of warm, moist air. The strongest winds and heaviest rains are found in the towering clouds which merge into a wall about 20-30 km from the storm's centre. Winds around the eye can reach speeds of up to 200 km/h, and a fully developed cyclone pumps out about two million tonnes of air per second. This results in more rain being released in a day than falls in a year in a city like London.
A cyclone forming over warm water would typically bring strong winds, heavy rainfall, and potential storm surges to land. The warm water serves as the energy source for the cyclone, allowing it to intensify and potentially cause significant damage.
Cyclones typically form over warm ocean waters, where the warm, moist air rises and condenses to create low pressure systems. As the system gains strength, it can develop into a cyclone.
Most earthquakes occur on land, along tectonic plate boundaries. However, some earthquakes also occur underwater along oceanic ridges or subduction zones.
Cyclones are primarily influenced by warm ocean temperatures, low wind shear, and a sufficient distance from the equator to gain the Earth's rotation. These factors contribute to the development and intensification of cyclones.
Land breeze occurs when the land cools off faster than the water, causing air to move from the land towards the water. This usually occurs at night.
As a cyclone moves over land, it loses its main energy source of warm ocean water, causing it to weaken. The friction from the land also disrupts the structure of the cyclone, causing it to break apart and dissipate more quickly than if it were over water.
A cyclone occurs over water. A hurricane occurs over land.
No. Cyclones and tornadoes are completely different phenomena.
A cyclone forming over warm water would typically bring strong winds, heavy rainfall, and potential storm surges to land. The warm water serves as the energy source for the cyclone, allowing it to intensify and potentially cause significant damage.
Cyclones typically form over warm ocean waters, where the warm, moist air rises and condenses to create low pressure systems. As the system gains strength, it can develop into a cyclone.
Amphibians brathe under water and land they have lung
Tornado. Both are intense weather phenomena characterized by powerful swirling winds, but a tornado occurs on land while a cyclone (hurricane or typhoon) occurs over water.
Land cools off faster than water.
alot mannn
The answer is "waves." Waves break on the surface of water, causing them to crash and break, but this does not occur on land.
Not necessarily. Although tropical cyclones can only form over warm ocean water, extratropical cyclones can form over land.
a cyclone