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Converging warm winds over warm ocean waters are the starting point for what?
Converging warm winds over warm ocean waters can be the starting point for the formation of hurricanes or tropical cyclones. The warm ocean waters provide the energy needed for the storm to develop and strengthen, while the converging winds help to create the necessary circulation patterns for the storm to intensify.
Does hurricanes start over cold land?
No, hurricanes do not typically form over cold land. They require warm ocean waters to fuel their development and strength. Hurricanes originate as tropical cyclones over warm tropical waters with temperatures typically above 80 degrees Fahrenheit.
What is a group of thunderstorms over warm ocean waters?
A group of thunderstorms over warm ocean waters is known as a tropical disturbance. These disturbances can develop into tropical cyclones under certain conditions, forming hurricanes, typhoons, or cyclones depending on their location.
What type of air mass would most likely be moist and warm?
A maritime tropical air mass would most likely be moist and warm, as it originates over warm ocean waters.
Do hurricanes start over the North Pole?
No, hurricanes do not typically form over the North Pole. Hurricanes form over warm ocean waters near the equator where the conditions are favorable for their development. The North Pole is usually covered with ice and does not provide the warm ocean temperatures necessary for hurricane formation.
Are orcas always in cold waters?
no, they swim over warm and deep waters sometimes
Does a hurricane originate over water or land?
Hurricanes originate over warm ocean waters, where the combination of warm air and water evaporation creates the conditions necessary for a hurricane to form. Once formed, hurricanes can move over both water and land.
Do hurricanes form in warm waters?
It is better to say that they form over warm, tropical water.
Converging warm winds over warm ocean waters are the starting point for what?
Converging warm winds over warm ocean waters can be the starting point for the formation of hurricanes or tropical cyclones. The warm ocean waters provide the energy needed for the storm to develop and strengthen, while the converging winds help to create the necessary circulation patterns for the storm to intensify.
Why is Puerto Rico so humid?
Puerto Rico is surrounded by the warm waters of the semi-tropical Caribbean Sea, and water evaporates more rapidly when the water is warm, so there is a lot of evaporation.
When was Warm Waters created?
Warm Waters was created in 1970.
What Originates over a warm sea?
Maritime Equatorial Air Mass (mE) originate over warm sea water. Maritime Tropical (mT) also originates over the warm sea waters.
A group of thunderstorms over warm ocean waters are called?
Groups of thunderstorms forming over warm ocean waters are referred to as tropical cyclones, or tropical depressions. Cyclones fall into different categories depending on their severity.
Does hurricanes start over cold land?
No, hurricanes do not typically form over cold land. They require warm ocean waters to fuel their development and strength. Hurricanes originate as tropical cyclones over warm tropical waters with temperatures typically above 80 degrees Fahrenheit.
Do hurricanes form over water that is 80 degrees Fahrenheit or less?
They can, but the waters have to be warm.
When hurricanes have everythingthey need to form how come they stop?
Its like adding fuel to a fire and then stopping. When a hurricane forms, it is generally over the tropical warm waters from where it gets its energy. As these waters evaporate they give a storm energy and mass in the way of water vapor and clouds. The more the evaporation, the greater the storm. As the storm moves to cooler water temperatures, it gets less fuel from the sea and will lessen in strength. If it passes over land, it loses all of its power and quickly becomea a tropical depression or just a thunderstorm.
What is the relationship between the depth of warm water at the surface of the ocean and the intesity of a hurricane?
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.
