Yes. Warm water holds enormous amounts of energy in the form of heat which can be made available to storms such as hurricanes.
Yes, the hurricanes gain from mass a.k.a the sea water. This "mass" makes them stronger and stronger.
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.
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.
by hurricanes
Hurricanes gain their strength from the heat contained in the warm tropical waters over which they pass. The heat of the sea is passed to the air and water vapour forming the hurricane. This source of energy is lost on land and the storm dumps its water on the land as it cools.
yes
true
Yes, the hurricanes gain from mass a.k.a the sea water. This "mass" makes them stronger and stronger.
True
because it picked up high temperature waters in ocean
Because the hurricane gets its energy from the heat in warm water, and in cooler water there is less heat and thus less energy
No. Hurricanes get their power from warm water. Remember: heat is energy.
Perhaps, but only to a fairly small degree. Heat transfer from the ocean occurs primarily through convection. The energy of hurricanes and thunderstorms comes from latent heat stored in water vapor.
The energy that fuels a hurricane comes from latent heat stored in water vapor that evaporates from warm ocean water.
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.
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.
the seawater smells