An influx of warm, moist air into the tornado's parent thunderstorm may cause the tornado to intensify. Some tornadoes intensify as a result of becoming narrower due to the conservation of angular momentum. There is some evidence to suggest that a tornado may intensify slightly when entering a valley.
A lens can be used to concentrate light. A group of mirrors aimed at the same location as they track the Sun would increase its' intensity. Upto 7000 degrees.
No. This was once believed but has since been disproven. The pressure drop inside a tornado is insufficient to cause significant damage. Damage is caused instead by the wind in the tornado and debris carried by it. Even in a tornado of moderate intensity, this damage would put enough holes in a building to equalize pressure rather quickly.
No. The apparent increase in tornado activity through the 20th century is the result of improved detection of smaller, weaker tornadoes. The activity of strong to violent (F2-F5) tornadoes in the United States has actually decreased overall since the 1950s and 1960s.
No, it is not possible to stop a tornado with another tornado. Tornadoes are formed by specific weather conditions in the atmosphere, and introducing another tornado would not have any effect on the existing tornado.
The tornado scale, known as the Enhanced Fujita Scale (EF-Scale), was developed by a team led by Dr. T. Theodore Fujita in collaboration with Allen Pearson. It was an update to the original Fujita Scale of tornado intensity.
The factors affecting tornado intensity are not fully understood. But an increase in the intensity of the parent thunderstorm, often from encountering warmer, moister air can cause a tornado to intensify.
An F5 tornado does not form directly from an F1 tornado. Tornado intensity is determined by the Enhanced Fujita Scale based on wind speeds and damage. It is possible for a tornado to rapidly intensify due to various atmospheric conditions, leading to an increase in intensity from an F1 to an F5 tornado.
An influx of warm, moist air into the tornado's parent thunderstorm may cause the tornado to intensify. Some tornadoes intensify as a result of becoming narrower due to the conservation of angular momentum. There is some evidence to suggest that a tornado may intensify slightly when entering a valley.
No machine is used. The intensity of a tornado is determined by a visual survey of the damage.
Depending on the intensity of the tornado some of the large buildings may be badly damaged or even collapse. The tornado itself would not be weakened.
Currently there is no known connection between human activity and tornado formation and intensity.
If you are referring to the Fujita scale, which rates tornado intensity base on damage, its inventor is Dr. Tetsuya Fujita.
At ground level, there is no intensity. At higher elevetions the intensity is less than after the tornado has touched down. When a tornado touches down, it is no longer able to draw in air from below. This causes the pressure in the core of the vortex to drop, leading to an increase in wind speed.
When two tornadoes collide, it is most likely that the stronger tornado will absorb the weaker one. The collision may lead to an increase in size and intensity of the tornado before eventually dissipating.
The intensity of a tornado is estimated based on the severity of the damage it inflicts.
Tornado ratings are a reflection of intensity, not age. The first EF1 rating was assigned to a tornado on February 2, 2007, 1 day after the new scale went into effect. Prior to that a tornado of the same intensity would be rated F1. Since the new scale was implemented over 2,000 tornadoes have been rated EF1.
Yes, generally, intensity does increase with the amplitude of a sound wave. The intensity of a sound wave is directly proportional to the square of its amplitude. This means that if the amplitude doubles, the intensity will increase by a factor of four.