The only type of storm that can achieve such winds is a tornado, and even for a tornado such strong winds are very rare.
A tropical storm with winds of 120 km/h (75 mph) or greater is called a hurricane.
When the wind speeds reach 74 miles per hour they are then classified as a category 1 hurricane.
TornadoesThe most violent short-lived storms are tornados. Hurricanes have lower wind speeds - but can last much longer.
Wind can affect the severity of the storm because it intensifies it. The stronger the wind is the stronger the storm will be. Wind storms can even happen without there being any rain.
Tropical Storm Sandy became a hurricane in the same way as any other. The storm drew in moist air that was present due to warm ocean water. This moist air provided energy that strengthened the convection within the storm, causing the pressure to drop and pull air in with even grater force, which increased wind speeds. When those speeds reached 74 mph Sandy became a hurricane.
wind speed
the eye if the storm and the outer band wind speeds.
Wind speed is the speed of the wind (in knots) relative to the environment, where as air speed is the speed of the aircraft in the air.
The Labor Day Hurricane of August-September of 1935 had peak sustained wind speeds of 185 mph, making it a category 5 hurricane.
A category 5 Hurricane with wind speeds over 155 mph.
A sustained wind speed of 103 mph would earn a hurricane a rating of category 2.
A tropical storm with winds of 120 km/h (75 mph) or greater is called a hurricane.
The wind speeds are approximately 34.48
When the wind speeds reach 74 miles per hour they are then classified as a category 1 hurricane.
A tornado is a type of wind storm, but in weather statistics, tornadoes are generally counted separately from other wind events.
There are no wind speeds to discuss on Mercury, since there is no atmosphere there.
The storm surge for a hurricane or other type storm is determined mostly by potential wind speed and tidal movement. Other factor such as wind direction and shear also impact predictions.