Tornadoes require severe thunderstorms to form. Such storms usually occur along a boundary between warm, moist air and either cool air, dry air, or a combination of the two.
Tornadoes also require wind shear, which is where wind speed and direction vary with altitude. By a somewhat complicated process this wind shear gives storms the rotation they need to produce tornadoes.
These rotating storms are called supercells.
Either the funnel cloud or the violent, rotating winds associated with it must reach the ground in order to be classified as a tornado.
A tornado is defined as a violently rotating column of air extending from the base of a thunderstorm to the ground. So in order to be categorized as a tornado, a storm must rotate, connect to both the cloud base and the ground, and have ground level winds strong enough to cause damage.
Yes. In order to be considered a tornado the vortex, though not necessarily the visible funnel, mus touch the ground.
Strong winds alone cannot create a tornado. Tornadoes need a specific setup of air movement within a thunderstorm in order to develop. That said, one component believed to play a key role in tornado formation is something called a rear-flank downdraft, or RFD. Winds from the RFD can reach or exceed 80 mph. In terms of tornadoes themselves, 80 mph would be near the upper end of the estimated wind range of an EF0 tornado (65-85 mph).
Because, conduction is the transfer of heat flow fro one object to another. So that means they must touch to make conduction occur.
In order to prevent a tornado watch you would need to be able to control the weather, which is impossible.
A tornado watch is issued when general weather conditions in a region are favorable for the formation of tornadoes. Tornado watches are numbered in the order that they are issued. So tornado watch 4 is the 4th tornado watch issued in the country that year.
Yes, a planet needs an atmosphere in order to have weather.
Not always. It is difficult but not impossible for tornadoes to form in relatively chilly weather.
No, a tornado cannot form without a thunderstorm. A tornado needs the crossing winds of two air masses to provide rotation in order for a tornado to form. Tornadoes do not form from convection thunderstorms, but only from air mass thunderstorms.
A meteorologist needs to understand the atmosphere and how it works in order to be able to forecast weather.
a tsunami has to occur an a ocean because their needs to be a large body of water in order for it to be a tsunami
Yes
No, a Beyblade toy spinning on a surface cannot create a tornado. Tornadoes are natural weather phenomena formed by rotating air masses in the atmosphere, which are much larger and powerful than anything a Beyblade can produce.
I am gonna take this as HOW does a prairie dog (PD) survive bad weather.... They live in tunnels. When it rains, the water will get in there, but there tunnels are so extensive that they are able to find dry areas in there. Of course that doesn't mean a tornado can't suck them out or that they are immune to lightning strikes. --- Leahla
There are several levels of advisory involving tornadoes, but only two are actual warnings. Here they are in order of increasing severity:Convective outlook mentioning a risk of tornadoes. (can be issued several days in advanceSevere weather outlook mentioning tornadoes. (tornadoes may be possible)Tornado Watch. (Conditions are favorable for the formation of tornadoes)PDS Tornado Watch. (Particularly Dangerous Situation, strong tornadoes are likely)Tornado Warning. (A tornado has been spotted or one may form soon)Tornado Emergency. (A large, strong tornado is threatening a populated area)Note that a PDS tornado watch is a variant of tornado watch, and a tornado emergency is a variant of tornado warning.
There a few conditions that tornades need in order to develop. First, they require an sunstable atmosphere that will favor the formation of severe thunderstorms. Next, they need a fairly high relative humidity, which aids in the final stages of tornado formation. Third, there needs to be wind shear. This is what gives thunderstorms the rotation they need to spawn tornadoes. Most tornadoes are associated with some sort of front, but not all.