How cyclones are formed in nature?
How cyclones are formed in nature?
Cyclone is caused by atmospheric disturbances around a low-pressure area and is usually accompanied by violent storms and severe weather conditions.
Formation of cyclone
The formation of a cyclone depends on the speed and direction of the wind, temperature and humidity. Humidity is the amount of water in the atmosphere. As the humidity in a region increases, the temperature difference also increases. A cyclone arises due to the difference in the temperatures between two regions. Low pressure is created as the air in the high-temperature region becomes warm and rises. The gap in the low-pressure area is filled by cold air rushing in from the surrounding areas.
When the warm air rises, it cools, condenses and forms clouds. When the water vapour in the clouds turns into raindrops, the heat possessed by water vapour is released into the atmosphere. The process repeats, and the release of heat from the water vapour continues. Thus, falling water droplets and rising air move vigorously to produce a thunderstorm which develops into a cyclone under certain weather conditions.
Cyclone is caused by atmospheric disturbances around a low-pressure area and is usually accompanied by violent storms and severe weather conditions.
Formation of cyclone
The formation of a cyclone depends on the speed and direction of the wind, temperature and humidity. Humidity is the amount of water in the atmosphere. As the humidity in a region increases, the temperature difference also increases. A cyclone arises due to the difference in the temperatures between two regions. Low pressure is created as the air in the high-temperature region becomes warm and rises. The gap in the low-pressure area is filled by cold air rushing in from the surrounding areas.
When the warm air rises, it cools, condenses and forms clouds. When the water vapour in the clouds turns into raindrops, the heat possessed by water vapour is released into the atmosphere. The process repeats, and the release of heat from the water vapour continues. Thus, falling water droplets and rising air move vigorously to produce a thunderstorm which develops into a cyclone under certain weather conditions.
