A hurrican is a tropical weather system. As such, if one enters the temperate latitudes, it will constitude a warm air mass. When it is in the tropics, the air is almost universally warm, so weather systems in the tropics are generally not thought of in terms of warm and cold air masses.
Generally, the cold front will sweep the storm along with it. The cold front is associated with an upper-level trough, which is capable of controlling the movement of the hurricane being much larger in scale. That's the short answer.
Hurricanes are not associated with fronts like mid-latitude cyclones, which are fueled by the temperature gradients associated with these fronts. Hurricanes derive their energy from latent heat, and are fundamentally different.
Niether. When a cold front catches up to a warm front, an occluded front is formed. Cold fronts often produce thunderstorms, which can in turn produce tornadoes, but fronts do not dirctectly cause tornadoes. Hurricanes are not related to fronts at all, and form by completely different mechanisms.
No. Hurricanes begin as disorganized regions of low pressure that organize and intensify over warm ocean water.
No, cold fronts cause possible thunderstorms and tornadoes.
Storms can occur with both warm and cold fronts. However, thunderstorms, and especially severe thunderstorms occur more often along cold fronts.
Thunderstorms organizing over warm ocean water.
A hurricane is not a front nor is it associated with fronts.
The fuel of a hurricane is warm, very moist air. The moisture is provided by warm ocean water.
For a Hurricane to strengthen it needs tropical,warm water!
Generally speaking the greater the depth of the warm water, the stronger the hurricane can get. Is is because a greater depth means a greater volume of warm water to supply energy for a hurricane.
Yes it did
In a hurricane, there is no type of weather front whatsoever. For example, a couple of years back, a storm formed in the Atlantic Ocean, and had similar structure to a regular hurricane, it even had strong ebough winds for it to be called a hurricane! However, there was a warm front associated with it, so it could not become a named storm.
Thunderstorms organizing over warm ocean water.
It was a warm hurricane. All hurricanes are tropical by definition.
No. Hurricanes form as a result of warm ocean water. Hurricanes can cause lightning, but not the other way around.
hurricane sandy was caused by warm tropical moisture bearing clouds devoping in opean oceans or seas. theese clouds devolped over warm oceans in the tropical regions that where 26.5 degrees celcleies.
No. Hurricanes are a tropical weather system. They form in the absence of fronts.
it has a weather cause. ----- The cause of a hurricane is warm water providing power to rising heated air, which produces a cyclonic set of winds because of the rotation of the earth. I would say geologic is the best description of these three.
A hurricane is not a front nor is it associated with fronts.
The fuel of a hurricane is warm, very moist air. The moisture is provided by warm ocean water.
A front is part of a middle latitude low but it is not part of a tropical hurricane. Fronts happen when cold and warm air masses collide or occlude.
Oceans can help cause a hurricane or a tsunami . if there is warm water around it can help create a storm. evaporation is another factor. water is evaporated then condensed and eventually become precipitation as in rain (warm water) snow (cold water) hail (freezing water) Hurricane (tornado and warm water).