The air in a tornado spirals upwards.
In a convection current, heat rises.
Barometric pressure goes down in a tornado.
Generally, it doesn't. Air generally moves up in a tornado. When the funnel of a tornado descends, the air is not moving down. The funnel itself is due to the pressure drop inside a tornado. This cools the air that is drawn into it, causing moisture in it to condense into a cloud. As the tornado forms and intensifies, the pressure and core temperature drop, allowing condensation to occur at a lower altitude. In some tornadoes, however, air does move down in the center of a tornado. This occurs when a tornado is spinning so rapidly that air spiraling in from the sides cannot reach the center. Instead, air is drawn downward through the center.
A tornado can cause significant damage by generating extremely strong winds that can destroy buildings, uproot trees, and toss objects like debris and vehicles. It can also create a vacuum effect that can suck up and carry away objects in its path.
Yes and no. The funnel of a tornado does not have to reach the ground for damaging winds to occur at ground level. However, if those winds reach the ground then the tornado has touched down even if the funnel hasn't.
Yes. Tornadoes can go up and down hills largely unhindered.
What goes up, must come down. The tornado simply carries stuff downwind and deposits them.
The tornado would go up one side of the mountain and down the other without being significantly affected.
Air in a tornado moves up because the tornado forms in the updraft portion of a thunderstorm.
In a convection current, heat rises.
No. You want to go down in your basement or somewhere there isn't any windows and strong walls
A tornado can go up a mountain across rivers, and even go out into the the ocean or sea.
Barometric pressure goes down in a tornado.
Hold Down and keep pressing the B button.
The normal (current) tuning of an ukulele is G'CEA.
up to about 300mph
No. Everything that goes up in a tornado, must come down. Occasionally very light objects such as pieces of paper can be carried into the stratosphere, but even these eventually fall back down. The only way for something to go up and not come down is for it to exceed escape velocity, which for earth is just over 25,000 mph, which, if earth did not have and atmosphere, would result in an object being launched into space. However the winds in even the strongest tornado do not come anywhere close to this, and any object launched at such a speed will quickly slow down due to drag.