The size of a hurricane is based on the diameter over which it produces gale force winds.
The size of a hurricane is determined by measuring the diameter of the storm, typically from one edge of the storm to the other. The size can vary from small to large depending on the overall structure and intensity of the hurricane. Size is not directly correlated to the storm's intensity or destructive potential.
Hurricane strength is usually determined by the maximum sustained wind speed of a hurricane. This is usually measured with an anemometer.
There is no given size. Hurricanes are rated based on wind speed, not size and there is no real curreclation between the strength of a hurricane and its size. A category 3 hurricane has sustained winds of 111 to 129 mph.
The size of a hurricane is how big it is, usually measured by the size of the area that has gale for winds or stronger winds, called the gale diameter. The strength of a hurricane is independent of size and is usually measured in terms of maximum sustained wind speed.
The physical size of an atom is largely determined by the size of the electron cloud.
It varies widely. Some of the smallest eyes are around two to three miles wide. A normal size eye is about 15 to 30 miles wide. A very large eye can be over 60 miles wide. Generally the stronger the hurricane the smaller the eye.
It is determined by the weight not the height
No
The size of a hurricane is not directly associated with its intensity. A hurricane's intensity is typically measured by its maximum sustained wind speed. A larger hurricane may cause more widespread damage due to its larger wind field.
Not necessarily. The intensity of a hurricane is measured by its wind speed, which can vary regardless of its size. A smaller hurricane with extremely high wind speeds can be more intense than a larger hurricane with lower wind speeds. Size does not directly correlate with intensity.
No, there has not been a hurricane named Caitlin. The list of hurricane names is pre-determined and rotates every few years, so Caitlin may be used as a name in the future, but as of now, there hasn't been a hurricane Caitlin.
According to a study done a few years ago on data from 1980 to 1995, there is a weak correlation, if any, between the Radius of Maximum Winds (RMW) and Minimum Sea Level Pressure (MSLP). See the link below for the full study.