Tornadoes

Tornadoes can lift objects off the ground by creating intense low pressure inside the funnel, which generates strong upward wind currents. These powerful winds can easily pick up and transport debris, dust, and even larger objects, causing destruction along their path.

Before a tornado hits the ground, a rotating column of air forms in the storm cloud known as a funnel cloud. This funnel cloud extends towards the ground, and once it makes contact, the tornado is then officially considered to have touched down.

The Fujita Scale (replaced by the Enhanced Fujita Scale in 2007) is used to rate the intensity of tornadoes from F0 to F5 based on damage.

It gets its name from its creator, Dr. Tetsuya Fujita.

Tornadoes are violent, rotating windstorms that connect to the base of a thunderstorm and to the ground. They are often made visible by a condensation funnel and debris cloud. Tornadoes can be very destructive. In extreme cases winds may exceed 300 mph (480 km/h). While they are more violent than other types of storm, tornadoes are also usually smaller and shorter-lived.

A pressure deficit of 100 mb (hPa) was observed when a violent tornado near Manchester, South Dakota on June 24, 2003 passed directly over an in-situ probe. In less than a minute the pressure dropped to 850 mb (hPa), which is the lowest pressure ever recorded at the Earth's surface when adjusted to sea level.[11] There is a questionable and unofficial citizen's barometer measurement of a 192 mb (hPa) drop around Minneapolis, Minnesota in 1904.[12] From Wikipedia http://en.wikipedia.org/wiki/Tornado_records

Confirmed at NOAA

http://www.crh.noaa.gov/fsd/storms/tor062403/samaras/samaras.php

Hope that answers your question..

The most important force operating in a tornado is the strong updraft of air that can reach incredibly high speeds, causing rotation and lifting debris into the air. This updraft is responsible for creating and maintaining the funnel-shaped cloud and the intense winds associated with tornadoes.

Most tornadoes can't but one EF3 or stronger can.

Rating scales are useful for quantifying subjective opinions or experiences, making them easier to analyze. They provide a structured way to collect data and offer a standardized method for comparing responses. However, they have limitations such as potential lack of specificity, susceptibility to bias, and difficulty in capturing nuanced or multifaceted responses.

In 1883 Krakatoa was 2667 meters high. Horse Isle --PrettyPearl-- GREY!

Yes, a tornado is loud because of the high winds swirling around it, which can produce a loud roaring sound. The noise is often compared to that of a freight train or jet engine.

When two tornadoes collide, it is rare for them to merge into a single, larger tornado. Instead, the stronger tornado may absorb the weaker one, or they may interact in a way that causes one or both tornadoes to weaken or dissipate. The behavior of colliding tornadoes is not yet fully understood due to the challenges of studying such rare events.

Yes, the wind typically flows inward toward a tornado in a rotating motion. This rotation creates the characteristic funnel shape of a tornado as the air spirals inward towards the center of low pressure.

No, tornadoes are formed by powerful rotating updrafts within severe thunderstorms, typically with wind speeds much greater than 10-20mph. Wind speeds of 10-20mph are not strong enough to create the necessary conditions for a tornado to form.

Typically, weaker tornadoes fall under the EF0 and EF1 categories on the Enhanced Fujita (EF) scale. These tornadoes have wind speeds ranging from 65 to 110 mph for EF0 and 111 to 135 mph for EF1, causing minor to moderate damage.

i doubt anything short of detonating a Nuke under the storm would do much... Tornadoes are a result of an extreme volume of air rushing inward and upward to fuel a severe thunderstorm, anything large enough to deflect or modify this airflow would be immobile.

Tornadoes can have both short-term and long-term effects on ecosystems. In the short term, tornadoes can disrupt habitats, uproot trees, and destroy vegetation, leading to loss of biodiversity. In the long term, tornadoes can alter landscapes, create new habitats for certain species, and promote regeneration by clearing out old growth.

During a tornado, strong winds can cause significant damage to buildings, vehicles, and infrastructure. Flying debris is also a major hazard, which can result in injuries or fatalities. Tornadoes can rapidly change direction and intensity, making them unpredictable and potentially dangerous.

No, tornadoes cannot be stopped or prevented. They are natural weather phenomena that form when certain weather conditions align, and there is currently no known way to disrupt their formation or trajectory. It is best to focus on preparedness and safety measures instead of trying to stop tornadoes.

Inside the funnel, the air pressure is very low, so that the pressure inside the eye of a hurricane. Only that in the event of a tornado, the pressure is much lower, lower than anywhere else on Earth.

Tornadoes are rotating columns of air that extend from thunderstorms to the ground, with wind speeds that can exceed 200 mph. They are often accompanied by a visible funnel-shaped cloud and can cause extensive damage along their path.

During a tornado, the air pressure can drop significantly. It is not uncommon to see pressure drops of 10-20% below normal levels, which can correspond to pressures around 28 to 30 inches of mercury (950-1010 millibars).

That depends on the tornado. In a single vortex tornado the most damaging part would be the edge of the tornado's core, analogous to the eye wall of a hurricane. In a multiple vortex tornado, the most damaging part would be the subvotices that orbit within the main circulation of the tornado.

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.

Strength is determined by wind speed, not size, in tornadoes. The Enhanced Fujita Scale categorizes tornadoes based on their estimated wind speeds and resulting damage. Tornado size can vary, with larger tornadoes usually associated with stronger wind speeds.