the temporary increase in ocean levels as a direct result of a hurricanes winds is called the storm surge.
Hurricanes do not simply "give rise" or "give birth" to additional hurricanes. As a result, Hurricane Katrina has not given birth to any tropical cyclones.
Hurricanes take days to develop and travel to a given location. The precursors to hurricanes can be easily spotted by satellites The conditions that lead up to and influence hurricanes, such as humidity and sea surface temperatures. By contrast an earthquake usually strikes in a matter of seconds. They usually occur several miles beneath the surface, where many factors cannot be measured, and finally there are no known precursors to earthquakes that can be used in accurate predictions.
Yes, hurricanes are given names by the World Meteorological Organization. Tropical storms are given names when they reach a certain intensity and become organized systems. Only some tropical cyclones develop into hurricanes, which are characterized by stronger winds and more organized structures.
In certain areas of the world they are.
hurricanes
The energy required to increase the surface area of a liquid by a given amount is known as surface energy or surface tension. This energy is a result of the cohesive forces between the liquid molecules at the surface and is dependent on factors such as the type of liquid and the area increase.
It is simply called the Labor Day hurricanes as it occurred before hurricanes were given names.
No, tornadoes do not have names like hurricanes. Tornadoes are typically identified by the location and intensity of the storm, while hurricanes are given names from a predetermined list for tracking and communication purposes.
Hurricanes are given names so they can be rememberd.
Hurricanes and tropical storms are both named. Hurricanes have more detailed and already thought of names, while tropical storms aren't as important.
no,the atmosphere is just to thin.It is like a vacuum
Earthquakes are most likely to occur at shallow crustal levels, typically between 0-70 kilometers (0-43 miles) deep. The shallow depth allows for more easily measurable seismic activity and can result in stronger ground shaking felt at the surface.