Hurricane Sandy was a Category 3 hurricane before making landfall. When Sandy made landfall in New Jersey, the intensity was similar to a Category 1.
Hurricane Sandy was not rated on the Richter scale. That scale is for earthquakes, not hurricanes. Hurricane Sandy was a category 3 in the Saffir-Simpson scale, but had weakened to a category 1 by the time it reached the United States..
Hurricane Sandy peaked as a category 3 hurricane just before making landfall in Cuba. When Sandy made landfall in New Jersey, it was a Category 1.
Hurricane Sandy was a hurricane because it was a large scale tropical system with a closed circulation, a defined center of rotation, organized convection, a warm core, and sustained winds in excess of 74 mph. All these are needed to qualify as a hurricane. However, at landfall in the U.S. Sandy had lost tropical characteristics, and so was technically no longer a hurricane but a very powerful post-tropical cyclone.
Like all hurricanes, it was a 12 on the Beaufort Scale. That is as high as the scale goes.
A storm is considered a hurricane when it is a large scale cyclone with tropical characteristics and sustained winds of at least 74 mph.
Hurricane Sandy was not rated on the Richter scale. That scale is for earthquakes, not hurricanes. Hurricane Sandy was a category 3 in the Saffir-Simpson scale, but had weakened to a category 1 by the time it reached the United States..
Hurricane Sandy peaked as a category 3 hurricane shortly before hitting Cuba. Sandy was at category 1 intensity at landfall in the United States.
Hurricane Sandy peaked as a category 3 hurricane just before making landfall in Cuba. When Sandy made landfall in New Jersey, it was a Category 1.
Hurricane Sandy was a hurricane because it was a large scale tropical system with a closed circulation, a defined center of rotation, organized convection, a warm core, and sustained winds in excess of 74 mph. All these are needed to qualify as a hurricane. However, at landfall in the U.S. Sandy had lost tropical characteristics, and so was technically no longer a hurricane but a very powerful post-tropical cyclone.
Like all hurricanes, it was a 12 on the Beaufort Scale. That is as high as the scale goes.
Yes. Nothing can happen without something to cause it. Hurricane Sandy statrted as a disturbance that strengthened and organized over the warm waters of the Caribbean. The storm was driven northward by large scale wind patterns, and then forced westward by a blocking high as the storm merged with an extratropical storms system.
A storm is considered a hurricane when it is a large scale cyclone with tropical characteristics and sustained winds of at least 74 mph.
the difference is that the australian scale has no category
No. A hurricane is a type of cyclone, but a tornado is not. A cyclone is a large-scale weather system. A tornado is a small-scale circulation.
No. Tornadoes and hurricanes operate on completely different scales. A hurricane is a large-scale storm system while a tornado is a small-scale vortex. However, tornadoes often du form in the outer bands of hurricanes.
A tornado cannot "hit" a hurricane as they operate on entirely different scales. A hurricane is its own large-scale storm system while a tornado is a small-scale vortex that occurs within a storm system. In fact, it is not uncommon for hurricanes to produce tornadoes.
No, a hurricane is not a tornado over water. A tornado and a hurricane are quite different. A hurricane is a large-scale self-sustaining storm pressure system, typically hundreds of miles wide. A tornado is a small-scale vortex dependent on a parent thunderstorm rarely over a mile wide. A tornado on water is called a waterspout.