Thunderstorms, tornadoes, and hurricanes are all types of storm generally driven by warm moist air. Tornadoes, hurricanes, and some thunderstorms rotate and produce damaging winds. Tornadoes themselves are the product of rotating thunderstorms. Both hurricanes and thunderstorms can produce heavy rain.
No. It is the other way around. However, only some tornadoes are formed by hurricanes. Tornados are tiny funnels that spin far faster than hurricanes, but hurricane are hundreds of times larger. TORNADOS ARE NOT CYCLONES. don't get confused between the two.
Tornadoes develop from thunderstorms, which are cumulonimbus clouds.
Not usually. Tornadoes form during thunderstorms, so unless the sun is at a certain angle, then clouds between the tornado and the sun prevent it from casting a shadow.
Not exactly. A collision between a warm moist air, usually from the east, with cool, dry air, usually from the west, often results in thunderstorms. Other factors are needed for these storms to produce tornadoes.
Tornadoes do not necessarily need any sort of front. Tornadoes will most often form along either a cold front or a dry line, but can on occasion form along a warm front. Hurricanes, which are not associated with fronts at all, often produce tornadoes. Air mass thunderstorms can also produce tornadoes on rare occasions.
It is not uncommon for hurricanes to produce tornadoes when they make landfall.
Hurricanes are large-scale weather systems that form as clusters of thunderstorms intensify and organize over warm ocean water. Tornadoes are small-scale weather phenomena that form from complicated interactions of air currents within a thunderstorm.
No. It is the other way around. However, only some tornadoes are formed by hurricanes. Tornados are tiny funnels that spin far faster than hurricanes, but hurricane are hundreds of times larger. TORNADOS ARE NOT CYCLONES. don't get confused between the two.
Thunderstorms are what produce tornadoes
Both thunderstorms and tornadoes are storms that form in an unstable atmosphere and are capable of producing damage. Tornadoes are themselves a by-product of thunderstorms.
Tornadoes develop from thunderstorms, which are cumulonimbus clouds.
All are potentially dangerous types of storm that can produce strong winds and derive their energy from warm, moist air. It should be noted that tornadoes need thunderstorms in order to form.
Tornadoes occur mostly in the months March-June as it is then that the collisions of air masses that can produce violent thunderstorms most often occur as that time of year is something of a transition between overall cold weather and overall warm weather. Though tornadoes can happen at any time of year. Hurricanes happen later in the year (mainly June-November) because they need warm ocean water to form and it usually takes a fairly long time for the ocean to become warm enough to produce hurricanes.
Hurricanes develop over tropical ocean waters usually between 10 and 30 degrees of latitude. They form most often in the western portions of the ocean basins as that is where water tends to be warmest. Tornadoes can develop almost anywhere in the world that gets thunderstorms, and have been recorded in climates ranging from subarctic to tropical. They are most common, however in temperate and subtropical climates over land.
It is during the spring that there are may collisions between warm air and cold air. This causes thunderstorms which in turn can produce tornadoes.
Many parts of the world are prone to some form of violent weather. Hurricanes regularly affect the United States because it borders the waters of the Gulf of Mexico and tropical portions of the Atlantic Ocean, whose warm waters provide power to hurricanes. A large clockwise air circulation over the Atlantic will sometimes move hurricanes from the tropics up the U.S. East Coast. The portion of the U.S. between the Rockies and the Appalachians is particularly prone to tornadoes because of frequent collisions of warm moist air from the Gulf of Mexico, cool air from Canada and, in areas further west, dry air from the Rockies. These collisions can produce strong thunderstorms. With wind shear that often accompanies springtime storm systems these thunderstorms can start rotating, which allows them to produce tornadoes.
In simple terms, only a thunderstorm can concentrate the energy needed to form a tornado. Most tornadoes from from a thunderstorm with a rotating updraft. Others develop from interactions between turbulence and a non-rotating updraft. Other varieties of whirlwind can develop without thunderstorms, but they are not nearly as strong as tornadoes.