Tornadoes

Strong enough to cause damage. New estimates on the Enhanced Fujita scale place win speed estimates for an EF0 tornado at 65 to 85 mph. This can uproot trees, peel shingles, topple fences, and destroy some weak structures such as sheds. This is the weakest rating a tornado can receive.

The power of a tornado comes from the thunderstorm that produces it. A thunderstorm is powered by the energy that water vapor releases when it condenses.

Differences in wind speed and direction wind altitude, a condition called wind shear, sets these storms rotating. This rotation can then tighten and intensify to form a tornado.

Indirectly it could happen, as these devices are used as ignitors in Diesel Engines rather than the more common spark plugs. Both were invented by Robert Bosch. the Glow Plug could be, while being tested, come into contact with flammable substances and ignite them. actual cause of death would be fires, burns, smoke, etc- it would be a job for the fire department. I am not aware of any fatal accident being so-caused, they are by no means harmless and caution is advised. It should be noted they are not normally intended for use as Bomb detonators!

Tornadoes destroy houses by generating powerful winds that can reach speeds over 200 mph, causing structural damage and debris to be thrown at high velocities. The combination of these factors can rip off roofs, collapse walls, and even level entire structures. Additionally, the intense pressure differences inside and outside the house can contribute to its destruction.

Storm chasers measure a number of factors including temperature, humidity, CAPE (convective available potential energy), environmental lapse rates, adiabatic lapse rates, CINH (convective inhibition), lifted indices, barometric pressure, wind velocity, and wind shear.

It is not fully understood how tornadoes dissipate. Most often, it is believed that cold or dry air enters the updraft of the tornado's parent storm, cutting off the supply of energy that powers both the storm and the tornado. Sometimes the storm loses energy as the heat of the day dissipates with the setting sun, or as the system supporting it retreats. The storm may also lose the rotation it needs to produce a tornado, such as by merging with a squall line.

Thin tornadoes are typically weak and do not conjure much damage, while fat tornadoes are usually much more dangerous, and can grow to over mile in width.

However, this is only the general trend. Some very large tornadoes have been relatively weak while a few very violent tornadoes have been relatively small.

Generally the lower the pressure inside a tornado (compared with its surroundings) the stronger and more destructive the winds are.

For example, if the pressure surrounding two tornadoes is 960 millibars, a tornado with a central pressure of 860 millibars will be stronger than one with a pressure of 900 millibars.

When two tornadoes merge, they can create a larger and more destructive tornado. The combined forces of the two tornadoes can result in increased wind speeds and damage along a wider path. This phenomenon is known as a tornado outbreak.

If the spinning updraft which powers it, called a mesocyclone stops, the tornado will stop.

It is believed that this happens when cold air from area of heavy rain undercuts the mesocyclone, cutting off the supply of warm air the fuels it.

Tornadoes are classified based on the Enhanced Fujita (EF) Scale which ranges from EF0 (weakest) to EF5 (strongest). The classification is determined based on the estimated wind speeds and resulting damage caused by the tornado.

Storm chasers do not make a lot of money. Don't let this get in the way of wanting to be one, just you might want to know this.

Storm chasers spend a lot of money on equipment for the season. The first two or three seasons will be a big loss of money. Then again, some chasers make quite a lot. If you are famous, Reed Timmer, you will probably make a little more. Or if you film or capture data from a famous storm or record breaking tornado could bring in some extra cash.

Hope this didn't disappoint :( storm chasing might be more of a hobby. Notice, most storm chasers are usually meteorologists.

No, most tornadoes in the northern hemisphere spin counter clockwise, while most in the southern hemisphere spin clockwise. Additionally about 0.1% of tornadoes spin in the "wrong" direction for their hemisphere.

The wind speed for an EF0 tornado ranges from 65 to 85 mph. These tornadoes are the weakest on the Enhanced Fujita Scale and typically cause minor damage.

It destroys property in two ways.

First of all, the intense winds of a tornado can damage or destroy most property.

Secondly, it picks up objects like furniture and parts of buildings, turning them into high speed projectiles.

Originally the wind speed of an F3 tornado was estimated at 158-206 mph. However this estimated was later found to be too high for the damage inflicted and was lowered to 136-165 mph in an EF3 tornado.

Countless people have been injured by tornadoes. Over 90,000 have been injured by tornadoes in the U.S. alone just since 1950. Records from before 1950 and from other countries are hard to come by or nonexistent.

Being quiet during a tornado drill is important so that instructions and signals can be heard clearly, allowing everyone to respond quickly and appropriately in case of a real tornado. It helps maintain order and ensures that everyone's safety remains the top priority during the drill.

Lincoln has been hit by tornadoes before. The fact that it has not been hit by a major tornado in recent years has simply been a matter of chance. A creek will not affect tornadoes in any way whatsoever.

Meteorologists use a scale for tornadoes called The Fujita Scale. The Fujita Scale was made by Dr. Ted Fujita. It's the strength of the tornado measured from the damage. The scale goes like this:

EF-0: Winds: 65-85mph

EF-1: Winds: 85-110mph

EF-2: Winds: 111-135mph

EF-3: Winds: 136-165mph

EF-4: Winds: 166-200mph

EF-5: Winds: >200mph

EF stands for Enhanced Fujita and the numbers are just categories for the tornadoes (0-5)

A tornado has the potential to lift up and throw around small aircraft, especially those that are not secured properly. However, commercial airlines are much heavier, designed to withstand turbulence, and typically remain grounded during severe weather conditions.

The most well, known scale is the Fujita scale, which runs from F0 to F5. In the U.s. it has been replaced by the Enhanced Fujita scale, which, similarly, runs from EF0 to EF5.

Yes. Except in the strongest tornadoes, heavy objects such a vehicles usually do not get lifted more than a few yards into the air while light objects with large surface areas can be lifted hundreds of feet into the air. A very violent tornado can lift car a few hundred feet into the air while light objects such as pieces of cloth and paper may be carried into the stratosphere.

An F4 tornado causes devastating damage, with wind speeds ranging from 207 to 260 mph. Homes can be completely leveled, well-built structures can sustain severe damage, and trees can be uprooted. The tornado's path can be several miles long and hundreds of yards wide, resulting in widespread destruction.

On the original Fujita scale winds in the range of 158-206 mph were believed to cause F3 level damage. However, this estimate has since been found to be inaccurate. An the more accurate Enhanced Fujita scale winds for and EF3 tornado are estimated at 136-165 mph.