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How weak can a hurricane be?
A weak hurricane typically has sustained wind speeds between 74-95 mph, categorizing it as a Category 1 hurricane on the Saffir-Simpson scale. While it may still cause damage, it is considered less severe compared to stronger hurricanes.
How does the amount of wind affect hurricane formation-?
Wind shear is one of the most critical factors in controlling or even destroying hurricane formation, the more wind, the more powerful the hurricane. Conversely, if the wind is blowing in the opposite direction of the hurricane, it can slow it down or destroy it.
What best describes the pressure and wind when categorizing a hurricane?
In a hurricane, low pressure at the center causes air to rise and draw in surrounding air, creating strong wind. The wind intensity is used to categorize hurricanes on the Saffir-Simpson scale, with categories ranging from 1 to 5 based on sustained wind speeds.
What are the physical causes of Hurricane Katrina?
Hurricane Katrina was caused by a combination of warm ocean water, moist air, and converging winds in the Atlantic Ocean. These factors led to the development of a strong tropical cyclone that intensified into a catastrophic hurricane.
What two main factors affect the height of a hurricane's storm surge?
The height of a hurricane's storm surge is primarily influenced by the hurricane's intensity and the shape of the coastline. A stronger hurricane generates higher winds, which can push more water toward the shore, while the coastal topography and bathymetry can amplify or diminish the surge's impact. Additionally, factors such as the storm's forward speed and the alignment of the storm relative to the coastline also play significant roles.
How weak can a hurricane be?
A weak hurricane typically has sustained wind speeds between 74-95 mph, categorizing it as a Category 1 hurricane on the Saffir-Simpson scale. While it may still cause damage, it is considered less severe compared to stronger hurricanes.
What factors affect where a hurricane will form?
Yes
What are three factors that weaken a hurricane during development?
Many factors may cause the development of a hurricane to weaken. Three factors are low sea surface temperature, high wind shear and making landfall.
What does Bradbury say about categorizing his work as science fiction?
categorizing his work
What does bradbury say about categorizing his work science fiction?
categorizing his work
Does Bradbury say about categorizing his work as science fiction?
categorizing his work
Why is categorizing a question considered as organization?
Because you are organizing the question by categorizing it, and not editing it.
Which wind factors do you need to cause a hurricane?
A tropical cyclone must have maximum sustained winds of at least 74 mph to be considered a hurricane.
Was hurricane Agnes the worst hurricane?
Hurricane Agnes was a significant hurricane that hit the United States in 1972, causing widespread flooding and damage. While it was a significant storm, it is not considered the worst hurricane in history. The title of "worst hurricane" can vary depending on different factors such as the amount of damage caused, number of casualties, and other impacts.
Why can't we predict the exact path of a hurricane?
The exact path of a hurricane is difficult to predict because hurricanes are complex and influenced by many factors, such as wind patterns, temperature, and the ocean. These factors can change quickly and are challenging to accurately forecast, making it hard to predict the precise path of a hurricane.
What are the three factors that weaken a hurricane during development?
Three factors that weaken a hurricane during development are wind shear, cooler sea surface temperatures, and dry air intrusions. Wind shear disrupts the organization of the storm, cooler sea surface temperatures reduce the heat and energy available for the storm, and dry air can inhibit thunderstorm activity needed for hurricane development.
What determines the path of a hurricane?
The path of a hurricane is determined by a combination of factors, including the prevailing winds, the temperature of the ocean waters, and the overall weather patterns in the surrounding area. These factors influence the direction and intensity of the storm as it moves across the ocean.
