Most of the wind you experience in a thunderstorm is the result of rain-cooled air descending from the storm and spreading out at ground level. These winds are rather localized and periods of strong wind usually do not last very long.
In a hurricane, the wind is the result of air being drawn toward the intense low pressure at the eye of the storm. As a consequence of Earth's rotation, these winds spiral around the storm's center before being drawn up intot he rain beands and eye wall. Strong winds in a hurricane cover an area hundreds of miles across and often persist for hours.
Both are, but it is probably more likely with a tornado.
For a hurricane: warm sea surface temperatures and little to no wind shear For a thunderstorm: convective instability and a lifting mechanism to start convection For a tornado: strong thunderstorms and strong winds shear.
Blizzard since it it is so cold and strong winds
No.
Of these, a tornado produces the fastest winds.
The worst winds in a hurricane is inside the eye of the hurricane.
A hurricane does not form from a single thunderstorm. A tornado does. Often a thunderstorm has upper-level rotation for at least half an hour or more before producing a tornado, however, some storms develop and become tornadic in less than 15 minutes.Hurricanes form from large, usually disorganized clusters of storms. It may take days for these clusters of storms to organize intro a tropical depression (tropical cyclone with winds under 39 mph). It will usually be several more days before such a system reaches hurricane strength (winds of at least 74 mph).
The strongest winds of a hurricane are in the eye wall.
Tornadoes are storms that have a funnel shape. They are characterized by rotating columns of air that extend from a thunderstorm to the ground, causing high winds and potential damage.
A violent rotating windstorm spawned by a thunderstorm is a tornado.
They are both storms
No. The winds of a tornado are concentrated in a much smaller area. Typically the winds of a hurricane affect an area a few hundred miles across. By contrast the winds of a tornado usually affect an area less than a quarter of a mile wide and rarely more than a mile.