Tornadoes are given intensity ratings on the Enhanced Fujita Scale ranging from EF0 (weakest) to EF5 (strongest). These ratings are assigned based on damage which is used to estimate wind speed.
EF0, 65-85 mph: minor roof damage, downed gutters and awnings, tree limbs broken, weak-rooted trees toppled.
EF1, 86-110 mph: severe roof damage to houses, trailers badly damaged and overturned, windows broken, garages and porches collapse.
EF2, 111-135 mph: roofs mostly or completely removed from houses, trailers completely destroyed.
EF3, 136-165 mph: significant number of walls collapse in houses, most trees in a forest uprooted.
EF4, 166-200 mph: well-built houses completely collapse, trees stripped of bark and only stubs of largest branches remain.
EF5, over 200 mph: well-built houses disintegrate and are swept away, foundations left bare.
A number of informal terms exist for describing the shape of a tornado including rope (a thin funnel often seen in dissipating tornadoes), elephant trunk (classic tornado shape), cone (self explanatory), stovepipe (a vertical column), and wedge (appears wider than the height of the clouds).
Solids have a definite shape and size. This is where solids differ from liquids and gases, for which the same cannot be said.
Draw the outline of a circle O it is a shape. Now colour it in, and it becomes a solid shape.
By the shape
The image is unchanged in shape, size, position, and details, but its brightness (intensity) is reduced by half.
A design for factory lighting is made by first determining how the light will need to be emitted and the area to be covered. The shape of the light and the intensity of the beam will need to be synced to maximized available light.
Tornadoes do not effectively shape the earth's surface, they are too fleeting.
Tornadoes are generally funnel or cone shaped.
Yes, tornadoes often change in appearance.
Rocks differ in shape. The shape of rocks depend on the shape of the minerals that compose them. Rocks may be round or angular.
Tornadoes take on a spiral shape because the winds in them spin and move upward. This is because tornadoes originate from the rotating updraft of a supercell thunderstorm. The updraft gets this rotation from wind shear.
Not really. Tornadoes can cause some soil erosion and, in rare cases, ground scouring, but overall they have very little effect on the shape of the land.
They differ in shape ,size and even colour
Body parts differ in shape and size due to evolutionary pressure and physical need.
the various of species come in different shape and sides that is how they differ
the various of species come in different shape and sides that is how they differ
Tornadoes generally don't have a spiral shape. But the winds in and near a tornado always move in a spiral pattern.
The scientific name for tornadoes are Cumulonimbus Tuba because Tuba has the same shape as a tornado and Cumulonimbus clouds.