How tornadoes dissipate is not fully understood.
However it is believed cold air flowing out from either the downdraft portion of the tornado's parent thunderstorm or that of another storm undercuts the mesocyclone (rotating updraft) that drives the tornado, choking off the warmer air that feeds it.
a tornado usally doesnt last very long, it starts to die when it runs out of energy, this process is called roping out. it lifts back into the sky and the storm continues on.
What causes tornadoes to dissipate is not fully understood, but it is believed that cold thunderstorm outflow undercuts the parent circulation (mesocyclone) that drives the tornado, cutting of the warm air that drives the thunderstorm, causing it to weaken to the point that it can no longer sustain a tornado.
This is impossible to answer accurately. Although tornadoes can be tracked they are often difficult to publicly confirm until after the fact, especially for weak tornadoes. Further complicating the matter, tornadoes usually form and dissipate in a matter of minutes. So an answer given one minute might not be true in the next. As of the afternoon of July 13, 2013 there do not appear to be any tornadoes in the United States right now, but there is some small potential in the Ohio and Tennessee Valleys and the northwestern Great Plains. Data from other countries is not readily available.
Tornadoes are not given names. Hurricanes and tropical storms are given names to help keep track of them and to remember significant storms. Names are assigned from a predetermined alphabetical list.
It depends on what you mean. When a tornado dissipates it does not go anywhere; it no longer exists. Tornadoes can seem to dissipate suddenly and unexpectedly, but it is as a result of them running out of energy or having their energy cut off, rather than disappearing for no reason.
There are a few possible explanations. Tornadoes are often made visible by the condensation of moisture inside the vortex. If a parcel of dry air enters the tornado, or if the tornado weakens, the visible funnel may evaporate. In this case the tornado is still present and still dangerous, but it has essentially become invisible. A variation of this phenomenon can happen in multiple vortex tornadoes. Tornadoes like this contain multiple smaller, short-lived vortices within a larger tornado. If the amount of moisture in the air is just right, the smaller vortices will be visible as they form and dissipate, but not the larger vortex will remain invisible. In other cases the processes that cause a tornado to dissipate may start, but not finish, causing a tornado to temporarily lift. In other cases a thunderstorm may go through cycles of strengthening and weakening. In the process it can produce multiple tornadoes one after another.
You can't get rid of tornadoes. They dissipate naturally.
Yes. All tornadoes dissipate. Most last no more than a few minutes.
It is generally thought that tornadoes dissipate when cold air chokes off the thunderstorm updraft that powers them.
Not by any means that we can control. Even the way that tornadoes dissipate naturally is not fully understood.
As of the writing of this answer at 5:45 PM EDT, May 9, 2016 there are two confirmed tornadoes on the ground near Davis, Oklahoma and Lincoln, Nebraska. These tornadoes will probably dissipate by the time you read this.
It is not known for certain, but it is believed that tornadoes dissipate when cold outflow from a storm undercuts the updraft that powers a tornado and cuts off the supply of warm air that fuels it.
Scientists still do not fully understand how tornadoes dissipate. But it is believed that cold air from the downdraft (e.g. rain producing) portion of either the tornado's parent storm or a nearby storm undercuts the rotating updraft that is the driving force of the tornado. This cuts off the supply of warm, moist air that fuels the updraft, causing it to weaken or dissipate.
What causes tornadoes to dissipate is not fully understood, but it is believed that cold thunderstorm outflow undercuts the parent circulation (mesocyclone) that drives the tornado, cutting of the warm air that drives the thunderstorm, causing it to weaken to the point that it can no longer sustain a tornado.
What causes tornadoes to dissipate is not fully understood, but it is believed that cold thunderstorm outflow undercuts the parent circulation (mesocyclone) that drives the tornado, cutting of the warm air that drives the thunderstorm, causing it to weaken to the point that it can no longer sustain a tornado.
It is believed that tornadoes dissipate when cold air from a thunderstorm's downdraft region cuts of the updraft that drives them. But we cannot stop a tornado because we cannot control the weather.
Rope tornadoes, like any tornado, can occur at any time of day and any time of year but occur most often in the late afternoon and in spring or early summer. Many tornadoes go through a rope phase as they dissipate. "Rope" is just an informal term used to describe a particularly narrow-looking tornado.
Generally not unless you are on a boat. Waterspouts are typically weaker than tornadoes and usually dissipate quickly if they hit land. However, they can still cause damage and capsize boats.