Answer:
This occurs due to the convergence of different air masses with different temperatures, density, and humidity. The turbulent conditions are produced, and cyclonic rain occurs along the fronts of the cyclone. The layer separating them is known as a front. The front has two parts – the warm front and the cold front.
At the warm front, the lighter warm air that is less dense usually forced to rise over denser cold air and thereby leading to cyclonic rain. A variety of clouds get formed, and they generally lead to moderate to heavy rainfall.
Causes for Occurrence of Frontal Rainfall
A tropical warm air mass comes in contact with a cold air mass of polar region. The less-dense, lighter warm air is then forced to rise over the denser, cold air.
It causes warm air to become cold. As the warm air is forced to rise further, it condenses to form the stratus cloud.
After becoming saturated, the stratus cloud begins to precipitate.
Frontal or cyclonic rain falls gradually for a few hours which can also extend up to a few days.
It is prevalent in Britain and Ireland, which is associated with the movement of depressions over the country. In north-west Europe, warm oceanic air and cold continental air converge to produce heavy rainfall in adjacent areas.
Answer:
A={1,2,3} is true statement
The best type of map for displaying or representing population density would be choropleth maps. These maps are excellent for displaying numerical values on a map. They display data in shades of a single color with the lighter colors representing smaller values and the more intense colors representing higher numerical values.
<span>Good Morning!
In general, a storm has three stages. The first is development, the second is the mature stage and the third is the dissipative stage. The most striking difference in the stages is the change in currents. The beginning of the storm occurs with an ascending current, which causes the cloud to grow vertically. Then, with the precipitation, downward currents begin, through the friction caused by the rain. During this period the two currents, ascending and descending, reach their peak, gradually dispersing in the final phase.
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