Condensation of large amounts of water vapor.
Tropical cyclones derive their energy from the release of latent heat that is the result of condensation. The warmer the water below the cyclone is, the more heat energy is available. To reach hurricane strength a tropical cyclone need to utilize a lot of heat energy around its core. Thus the water temperatures need to be at least about 80 degrees F or their is usually not enough heat energy available to attain hurricane strength.
Answer2:
Earth's climate system has been likened to a machine that converts and distributes solar energy. Because the Tropics get most of the sun's heat, the resulting temperature imbalance sets the atmosphere in motion. Earth's daily rotation causes this mass of moving, moist air to form eddies, some becoming depressions, or areas of low atmospheric pressure. Depressions, in turn, may develop into storms.
If you observe the general path of tropical storms, you will notice that they tend to move away from the equator-either north or south-toward cooler regions. In doing so, storms also serve as massive heat exchangers, helping to moderate the climate. But when the temperature in the upper level of the ocean-the "boiler room" of the climate machine-exceeds about 80 degrees Fahrenheit [27°C], tropical storms may acquire enough energy to become cyclones, hurricanes, or typhoons-regional names for essentially the same phenomena.
Hurricanes get their energy from warm ocean water. Large amounts of water vapor evaporate from this water. Warm, moist air drawn upward by a hurricane cools, causing the moisture in it to condense into liquid droplets, which releases enormous amounts of energy.
Hurricanes get their energy from moisture that evaporates from warm ocean water.
Hurricanes are powered by moisture that evaporates from warm ocean water. This moisture condenses and releases energy, driving the convection that powers a hurricane.
Hurricanes get their energy from evaporation from warm ocean water.
Hurricanes get their energy from water vapor that evaporates from warm ocean water.
warm, tropical water
slatwater
Oregon gets floods and tornadoes, but rarely, if ever gets hurricanes.
They lose there energy when the Hurricanes reach land because the sea is there food and energy. when the hurricanes reach land it destroys thinks in its path and dies.
Yes. Hurricanes gain energy from moisture that evaporates from warm ocean water. A hurricane could never develop if it were unable to gain energy.
They begin as disturbances north of the equator, and absorb heat energy from the surface of the ocean. Hurricanes and typhoons are, in fact, complex mechanisms by which heat energy moves from the tropics to the upper latitudes. They are normal but infrequent weather phenomena.
Yes. Warm water holds enormous amounts of energy in the form of heat which can be made available to storms such as hurricanes.
Yes, Morocco gets hurricanes.
Because the hurricane gets its energy from the heat in warm water, and in cooler water there is less heat and thus less energy
Oregon gets floods and tornadoes, but rarely, if ever gets hurricanes.
They lose there energy when the Hurricanes reach land because the sea is there food and energy. when the hurricanes reach land it destroys thinks in its path and dies.
An elemental vampire is a vampire who gets their energy from elemental occurences, e.g. thunderstorms lighting storms hurricanes etc.
No, hurricanes get their energy from evaporation from warm ocean water.
Ultimately, the source of energy for both tornadoes and hurricanes is warm, moist air.
Yes. North Carolina gets both tornadoes and hurricanes.
Uruguay gets thunderstorms and occasional tornadoes, but not hurricanes.
hurricanes
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