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Fujita scale - Wikipedi

Appendix: Fujita Scale (or F Scale) of Tornado Damage

  1. The Fujita Scale F‐Scale Number Intensity Phrase Wind Speed Type of Damage Done F0 Gale tornado 40‐72 mph Some damage to chimneys; breaks branches off trees; pushes over shallow‐rooted trees; damages sign boards. F1 Moderate tornado 73‐112 mp
  2. ing the damage caused by the tornado after it has passed over a man-made structure. The Percentage of All Tornadoes 1950-2011 pie chart reveals that the vast majority of tornadoes are either weak or do damage that can.
  3. Tornado Fujita Scale. The scale for rating tornadoes is known as the Fujita scale or Fujita-Pearson scale. It rates the intensity of damage that tornadoes can cause to building structures and vegetation. This tornado damage scale was developed by T. Theodore Fujita of the Univeristy of Chicago in 1971 (Fujita, 1971)
  4. The Fujita scale classifies tornadoes according to the damage they cause. Almost half of all tornadoes fall into the F1 or moderate damage category. These tornadoes reach speeds of 73-112 mph and can overturn automobiles and mobile homes, rip off the roofs of houses, and uproot trees

The chart below, from the United States National Oceanographic and Atmospheric Agency (NOAA), shows Dr. Fujita's classifications and the current operational Enhanced Fujita Scale. F Number Fujita Scale Fastest 1/4-mile (mph) 3 Second Gust (mph) EF Number Derived EF Scale 3 Second Gust (mph) EF Number Operational EF Scale3 Second Gust (mph Tornadoes are rated by their intensity and the damaged they cause to vegetation and human created structures. The Fujita scale (F-Scale), also known as the Fujita-Pearson scale, is a tornado scale that was introduced in 1971 by Tetsuya Fujita. In the United States the Fujita scale was replaced with the Enhanced Fujita scale (EF-Scale), which is now the primary scale used the United Sites and Canada. The original Fujita scale was decommissioned in 2007 The Fujita Scale (also known as the F-Scale) typically consists of six ratings from F0 to F5, with damage rated as light to incredible. Sometimes, an F6 category, the inconceivable tornado is included in the scale Tornado, Fujita Scale 3: 158-206 mph: strongly built schools, homes, and businesses have outside walls blown away; weaker homes completely swept away: F4: Tornado, Fujita Scale 4: 207-260 mph: strongly built homes have all interior and exterior walls blown apart; cars thrown 300 yards or more in the air: F5: Tornado, Fujita Scale 5 (finger of God) 261-318 mp

Fujita Scale (F-Scale) The Fujita Scale is a tornado rating scale. A tornado is rated from one of six categories (F0, F1, F2, F3, F4 or F5) on this scale. The weakest tornado is an F0, while the strongest is an F5. It was developed in 1971 by Tetsuya Fujita, with support from Allen Pearson. In 1973 the Fujita Scale was updated to include the width. fujita scale. Saved by Linton Academy. 99. Weather Science Weather And Climate Severe Weather Extreme Weather Earth And Space Science Earth From Space Science And Nature Fire Tornado Tornado Damage

Joplin Tornado Devastation: Two Years Later - NPCA

Enhanced Fujita scale - Wikipedi

Fujita scale. F0. F1. F2. F3. F4. F5. The Fujita scale is a scale used for rating tornado strength, based on the damage tornadoes cause on human-built buildings and vegetation. The official Fujita scale category is determined by meteorologists (and engineers) after a ground and/or aerial damage inspection; also including analysis of available. While training in the use of Typhoon Release, Kumoihime developed a series of techniques for offense and defense. The techniques involve creating wind bursts or tornadoes of varying size, intensity, and range of effect. Kumoihime ranks her techniques in multiple categories based on their power and function in a manner based on the Fujita Scale: F0: Microburst: Kumoi's weakest attacks. They are. A Fujita scale measures tornadoes. The Fujita Scale is a scale that climate and weather scientists use to measure the intensity of a tornado. Tetsuya Fujita from the University of Chicago introduced the scale with his colleague Allan Pearson in 1971. This scale would be used to rate tornadoes that had happened in the past and this scale is still. EC uses 31 damage indicators and a wind speed scale that ranges from 90 km/h (low end of EF0) to more than 315 km/h (high end of EF5). Enhanced Fujita scale damage indicators. The EF-scale wind speeds and comparison to the original F-scale wind speeds are shown below

The Fujita scale, which is used to estimate wind speed ranges based on tornado damage (e.g., the state of buildings), has conventionally been used to rate tornado intensity. It is used for such classification in the United States, Japan and a variety of other countries for its simplicity development by Fujita. In Tetsuya Fujita American meteorologist who created the Fujita Scale, or F-Scale, a system of classifying tornado intensity based on damage to structures and vegetation. He also discovered macrobursts and microbursts, weather phenomena that are associated with severe thunderstorms and are hazards to aviation. Read Mor Learn About the Enhanced Fujita Scale | Allstate. Watch later. Share. Copy link. Info. Shopping. Tap to unmute. If playback doesn't begin shortly, try restarting your device. You're signed out The Fujita scale classifies tornadoes according to the damage they cause. Almost half of all tornadoes fall into the F1 or ?moderate damage? category. These tornadoes reach speeds of 73-112 mph and can overturn automobiles and mobile homes, rip off the roofs of houses, and uproot trees 13News Now Meteorologist Evan Stewart explains the EF scale used to calculate tornado strength

Storm Prediction Center Enhanced Fujita Scale (EF Scale

In 1971, Dr. Theodore Fujita developed a method for categorizing tornadoes by looking at how much damage they cause and using this to estimate the wind speed. This system is called the F-Scale or Fujita Scale; it classifies tornadoes by their estimated wind speed, which is determined by looking at how strong the wind must have been to cause the resulting damage Fujita Scale Statistics Comparison of the percentage of all tornadoes between 1950 and 1954 and the percentage of tornado related casualties reveals that most tornadoes are weak. While the violent tornadoes are few in number, they cause a very high percentage of tornado-related deaths Fujita Tornado Scale: F-Scale / Intensity Phrase: Wind Strength / Frequency: Description of Damage: F0 Gale tornado: 40-72 mph 35-62 knots 64-116 kph 29%: Minimal Damage - Some damage to chimneys, TV antennas, roof shingles and windows. Breaks branches off trees, pushes over shallow-rooted trees, damages sign boards. F1 Moderate tornado: 73-112 mp

fujitadeaths

The Enhanced Fujita Scale (EF Scale

The object of the puzzle is to place the correct tabs in the correct spots under the columns: For Fujita Scale - Fastest ½ mile wind speed, MPH. 3 - second gust speed, MPH and for EF Scale 3 - second gust speed, MPH, Damage Indicator. You will click on each of the tabs on the right side of the chart and place them in the appropriate spot according. He also created the Fujita Scale for assessing tornado strength based on a given storm's wind speed and the amount of damage it caused. Scope and Content The Dr. T. Theodore Fujita Collection contains published manuscripts, draft manuscripts, charts, graphs, maps, photographs, photographic negatives, slides, and miscellaneous other materials pertaining to his four decades of meteorological research Guitar Scales Chart. by. Here is our guitar scales chart. It shows the 6 most common guitar scales in their most common positions. For more info on the scales themselves take a look at our guitar scales section where you will find more details on these scales and links to further guitar scale content. by Starting with the Data Measurement Chart, you can see the difference between things like a Kilobyte and a Megabyte and other computer memory terms. For example, an average web page might be about 16KB in size. To understand just how big that is, you can consult the first chart, the Data Measurement Chart With a logarithmic scale, smaller values take more space in the region as compared with higher values. This gives a clearer view of a graph when there has been a large percentage increase in prices or values over a period of time. It is possible to easily change to a logarithmic scale for the main price graph of the chart through Chart >> Linear/Logarithmic Scale

  1. Fujita Scale. Fujita Scale; F0 Tornado; F1 Tornado; F2 Tornado; F3 Tornado; F4 Tornado; F5 Tornad
  2. Enhanced Fujita (EF) scale estimates following tornadoes remain challenging in rural areas with few traditional damage indicators. In some cases, such as the 27 April 2011 tornadoes that passed through mostly inaccessible terrain in the Great Smoky Mountains National Park and the Chattahoochee National Forest in the southeastern United States, traditional ground-based tornado damage surveys are nearly impossible
  3. The way that tornadoes are ranked is using the Fujita scale. The Fujita scale is a scale that measures the strength of a tornado by the speed of the winds and the amount of the destruction that it.
  4. Below are funnel pictures of some F5 tornadoes going back as far as 1957. Tornadoes after 2007 are rated on the enhanched fujita scale. With the new scale, an F5 would now be rated an EF5. Fargo Tornado - 06/20/1957; Topkea Kansas Tornado - 06/08/1966; Tracy Tornado - 06/13/1968; Xenia Tornado - 04/03/197
  5. FUJITA SCALE VINYL Available on Bandcamp: nbbeats.bandcamp.com/album/fujita-scale. www.facebook.com/NBbeats1 @nbbeats contactnbbeats@gmail.com. Vinyl Pressing and Distribution by Headcount Records (UK): www.headcountrecords.co.u
  6. VAR 3.5°5'E (2015) ANNUAL DECREASE 8' Edit. Map with JOSM Remote; View. Weather; Sea Marks; Harbours; Tidal Scale; Spor

EF-0 (65 to 85 mph winds) (Image credit: NWS.) Tornadoes are rated by the havoc they inflict, on a scale of 1 to 5. But to fully comprehend this scale, you have to see the aftermath. After a. Fujita's experience on this project would later assist in his development of the F-Scale damage chart. In 1971, Fujita formulated the Fujita Tornado Scale, or F-Scale, the international standard for measuring tornado severity The Fujita scale is the primary instrument for indirect estimates of tornado wind speed intensity used today. This paper reviews the development and application of the Fujita scale and points out the advantages and shortcomings of the scale, which Fujita clearly recognized

The collection contains published manuscripts, draft manuscripts, charts, graphs, maps, photographs, photographic negatives, slides, and miscellaneous materials related to the life and career of Dr. Fujita, and to the Texas Tech University Wind Science Engineering Research Center COMFORT Scale: This scale can be used for children, adults, or any individual who is unable to effectively communicate pain. The ratings used on this scale are a bit different from the previous scales described. The ratings span anywhere from 9-45 and are based upon 9 different aspects. These aspects include: Alertness; Calmness; Respiratory Distres RGB color space. RGB color space or RGB color system, constructs all the colors from the combination of the Red, Green and Blue colors.. The red, green and blue use 8 bits each, which have integer values from 0 to 255. This makes 256*256*256=16777216 possible colors All tornadoes, and most other severe local windstorms, are assigned a single number from the enhanced Fujita Scale according to the most intense damage caused by the storm. Here is a breakdown of the Fujita (F) scale: EF0 (weak): 65-85 mph, light damage. EF1 (weak): 86-110 mph, moderate damage. EF2 (strong): 111-135 mph, considerable damage

Question 1017332: The Fujita Scale (F-scale) is the official classification system for tornado damage. One factor used to classify a tornado is wind speed. According to the chart below, which inequality shows the range of wind speeds for an F4 tornado Dr. Fuhrman created the ANDI (Aggregate Nutrient Density Index) to show how popular foods stack up in terms of micronutrient density per calorie Dr. Fujita was fascinated by statistics -- any statistics. For years, he charted the Dow Jones average and the Consumer Price Index from the year of his birth, as well as his own blood pressure You will notice that the Viewport Scale in the charts below indicate a scale with the suffix XP. The suffix is AutoCAD nomenclature for changing the scale within a viewport. For instance, you would be in paper space on a sheet, then you would enter model space within the viewport, then you would type Z or Zoom and enter 96xp to scale the drawing to 1/8 = 1'-0 in paper space

The Fujita Scale - Tornado Projec

Gutiarists learn more than one scale pattern for each scale so that they can play the scale in different octaves and at different positions on the guitar neck. For example, if you only knew the basic pentatonic scale pattern (pattern 1) and were improvising over a chord progression in C, then you'd be limited to playing in 8 th position (i.e. with your index finger positioned at the 8 th fret. In 1971, Dr. T. Theodore Fujita created a six-category scale that classified tornadoes by the type of damage their winds produced. This Fujita scale ranged from F0 to F5, blending the Beaufort Wind Speed Scale with Mach numbers. The scale was used by the National Weather Service to rate tornadoes until 2006 The Enhanced Fujita Tornado Scale. Remember when movies and news reports talked about F3 tornadoes or F5 tornadoes? That's the Fujita Scale, devised by Dr. T. Theodore Fujita of the University of Chicago in 1971. For almost forty years, scientists rated tornado windspeed on the F0-F5 scale based on the damage caused by a tornado

When you are done, click on Image and URL to save your scale for posterity! - The fretboard shows the first 12 frets. Most guitars have 22 or 24 frets but all is well as the patterns repeat exactly starting at the 12th fret, so if you want to see a pattern on the 20th fret for instance, just look at the 8th fret instead and move it up 12 frets on your guitar The Saffir-Simpson Scale Measurement . The scale was developed in 1971. Since then, it has undergone various modifications. An earlier version called the Saffir-Simpson Hurricane Scale took into account storm surges, central pressure, and wind speeds when determining damage. Obtaining information on storm surges and pressure is hard By default, the minimum and maximum scale values of each axis in a chart are calculated automatically. However, you can customize the scale to better meet your needs. For example, if all the data points in your data table are between 60 and 90, you might want the value (y) axis to have a range of 50 to 100 instead of 0 to 100 The Beaufort scale is a scale for measuring wind speeds. It is based on observation rather than accurate measurement. It is the most widely used system to measure wind speed today. The scale was developed in 1805 by Francis Beaufort, an officer of the Royal Navy and first officially used by HMS Beagle. There are twelve levels, plus 0 for no wind

Enhanced Fujita Tornado Scale with Structure Indicator

  1. A hurricane or typhoon is a type of tropical cyclone, or severe tropical storm. They form in almost all ocean basins. A typical cyclone is accompanied by thunderstorms, and in the Northern.
  2. e its intensity. Over the years, problems with the initial Fujita Scale had arisen and in 2007.
  3. Tornado, a small-diameter column of violently rotating air developed within a convective cloud and in contact with the ground. Tornadoes occur most often in association with thunderstorms during the spring and summer in the mid-latitudes of both the Northern and Southern Hemispheres. These whirlin
  4. Up to date interactive Escape From Tarkov ammo chart 12.10 comparing damage versus body armor penetration
  5. ed based on wind.

Fujita Scale - Tornado Strength - How to Chart

  1. Because the scale of the line chart's horizontal (category) axis cannot be changed as much as the scale of the vertical (value) axis that is used in the xy (scatter) chart, consider using an xy (scatter) chart instead of a line chart if you have to change the scaling of that axis, or display it as a logarithmic scale
  2. Fahrenheit temperature scale, scale based on 32° for the freezing point of water and 212° for the boiling point of water, the interval between the two being divided into 180 equal parts. The 18th-century German physicist Daniel Gabriel Fahrenheit originally took as the zero of his scale the temperature of an equal ice-salt mixture and selected the values of 30° and 90° for the freezing.
  3. Combo charts are a good example. Innan vi kan formatera dubbla Y-axlar, skapar vi ett kombinationsdiagram som jämför trender för försäljning och bruttomarginal. Before we can format dual Y axes, we'll create a combo chart that compares trends for sales and gross margin. Skapa ett diagram med två Y-axlar Create a chart with two Y-Axe
  4. This scale does not take into account other potentially deadly hazards such as storm surge, rainfall flooding, and tornadoes. The Saffir-Simpson Hurricane Wind Scale estimates potential property damage. While all hurricanes produce life-threatening winds, hurricanes rated Category 3 and higher are known as major hurricanes*
  5. (Updated: 01/04/2020): Below is the 2021 MILITARY PAY SCALE of the United States military presented in chart format. Enlisted personnel are displayed as E-1 to E-9.For those service branches recognizing a Warrant Officer rank, 'W' grades range from W-1 to W-5.Likewise Officers are scaled from O-1 to O-10.For those grades showcasing symbols *, **, ***, or † please refer to the corresponding.
  6. Bitcoin USD price, real-time (live) charts, news and videos. Learn about BTC value, bitcoin cryptocurrency, crypto trading, and more
  7. plottable value upperBound - The upper bound for this axis, ie max plottable value tickUnit - The tick unit, ie space between tickmarks; Method Detail. isForceZeroInRange public final boolean isForceZeroInRange(
7 Wht F5 Tornado Blast Kids Hoodie Fujita Scale ChromeEF Scale damage assesment | Tornado damage, Storm, WindWe, Tornados and Charts on Pinterest

Returns the pixel for the minimum chart value The coordinate (0, 0) is at the upper-left corner of the canvas. Returns: number. Inherited from: Scale. Defined in: index.esm.d.ts:1225 (opens new window) In this conversation. Verified account Protected Tweets @; Suggested user Estimation of wind speeds based upon the damages caused by tornadoes to buildings and structures The Fujita scale (F-Scale) was devised in 1971 by professor T. Theodore Fujita of the University of Chicago to classify U.S. tornadoes in 12 categories bridging the gap between the force 12 of the Beaufort wind speed scale and Mach-1 number (ratio of the speed of an object to the speed of sound) Explaining the Enhanced Fujita Scale. Explaining the ratings of the Enhanced Fujita Scale. Open in Our App. Typically, the ratings are associated with winds speeds like in the chart below. Now let's break down what damage we typically see with each rating. EF0

Tornadoes and the Fujita Scale - VEOC

The Enhanced Fujita scale is an updated version of an earlier chart to measure the ferocity of tornadoes published in 1971 by a University of Chicago professor He also created the Fujita Scale for assessing tornado strength based on a given storm's wind speed and the amount of damage it caused.The Dr. T. Theodore Fujita Collection contains published manuscripts, draft manuscripts, charts, graphs, maps, photographs, photographic negatives, slides, and miscellaneous other materials pertaining to his four decades of meteorological research Feb 24, 2018 - Getting a Disaster Plan Ready for Any Major Event Nobody can exercise control over the occurrence of disasters. A hazard does not discriminate against anyone; it hits the poor just as badly as it strikes the rich. Therefore, all individuals who suspect the onset of a disaster must do something to acquire safety against it....Read the rest of this entr

Tornado Scale - The Enhanced Fujita Scale TornadoFacts

The Enhanced Fujita Scale The Enhanced Fujita (EF) scale is a six-level (EF0-EF5) scale for rating tornado intensity, based on the damage tornadoes inflict on human-built structures and vegetation. Though each damage level is associated with a wind speed, the Enhanced Fujita scale is a damage scale, and the wind speeds associated with the. Fujita Scale. Buy Fujita Scale at Juno Records. In stock now for same day shipping. Fujita Scale. Juno Daily. Music and tech news, interviews, features, reviews and more. Visit Juno Daily. 100% Secure Shopping. Studio equipment. Our full range of studio equipment from all the leading equipment and software brands Fujita scale replied to Osbourne One-Nil's topic in Regional Discussions No infernal drip yet which is good, feels quite chilly out there and hope that's the way it stays all day. A few flakes still coming down, light outside now but the nice snow glow in the house I have missed for some time The chart below provides descriptions and some tangible examples of the various levels that define the 0-10 pain scale. Patients should use this pain scale to aid in describing their pain accurately to a medical professional

The next type of measurement scale that we can use to label variables is an interval scale. Interval scale: A scale used to label variables that have a natural order and a quantifiable difference between values, but no true zero value. Some examples of variables that can be measured on an interval scale include Dr. Ted Fujita, a severe weather research scientist at the University of Chicago, developed the original Fujita scale in 1971. The National Weather Service used it from 1973 until 2007, when they adopted the Enhanced Fujita scale. A commission of meteorologists and structural engineers formulated the new model Stream FUJITA SCALE (Vinyl Available on Bandcamp), a playlist by NxxxxxS from desktop or your mobile devic He also created the Fujita Scale for assessing tornado strength based on a given storm's wind speed and the amount of damage it caused. dc.description The Dr. T. Theodore Fujita Collection contains published manuscripts, draft manuscripts, charts, graphs, maps, photographs, photographic negatives, slides, and miscellaneous other materials pertaining to his four decades of meteorological research New Rating System Charts a Path to Improved Tornado Forecasts . Tornado; 19 Mar 2021, 2:00 am Larger events — those rated 2 or above on the enhanced Fujita scale — actually generated better warnings than expected for the conditions

The Fujita Scale for Tornado Damage - ThoughtC

An estimated EF4 on the Enhanced Fujita Scale, it hit St. Louis, Missouri on the evening of May 27. The time of day and the fact that it hit the city center—St. Louis being one of the largest and most influential cities at that time—helped it reach its high death toll of 255 souls. 02 All tornadoes, and most other severe local windstorms, are assigned a single number from the Enhanced Fujita Scale according to the most intense damage caused by the storm. EF0 (weak): 65-85 mph, light damage. EF1 (weak): 86-110 mph, moderate damage. EF2 (strong): 111-135 mph, considerable damage. EF3 (strong): 136-165 mph, severe damage

Fujita scale (fo͞ojē`tə, fo͞o`jētə) or F-Scale, scale for rating the severity of tornadoes as a measure of the damage they cause, devised in 1951 by the Japanese-American meteorologist Tetsuya (Ted) Fujita (1920-98) The long-term daily chart above tells almost the Akiko Fujita. Akiko Fujita. which runs ahead of rising vaccination rates and necessitates fresh large-scale economic lockdowns.

The Beaufort, Saffir-Simpson, & Fujita Scale

The Enhanced Fujita scale is an updated version of an earlier chart to measure the ferocity of tornadoes published in 1971 by University of Chicago professor Ted Fujita Larger events—those rated 2 or above on the enhanced Fujita scale—actually generated better warnings than expected for the conditions. Rating tornado warnings charts a path to improve. The Fujita Tornado Intensity Scale is a standard six-point scale used for rating the intensity of a tornado or other severe wind inferring its wind force from the type and extent of the damage it caused after it has passed over a man-made structure. It also measures both the path lenght and the path width. The maximum wind speed is estimated and thus not comparable with direct measurements by.

5) Tornadoes are measured using the Fujita Scale (or F-scale), ranging from F0 to F5, with F5 being the strongest and most destructive. 6) The deadliest tornado ever recorded was in Bangladesh in 1989. As it travelled through the Dhaka region of the country, more than 20 villages were destroyed and around 1,300 people were killed Fujita Scale On May 11, 1970, two tornadoes hit Lubbock, ultimately killing 26 people. In the aftermath, Fujita traveled from Chicago to study the damage as he had with dozens of other storms

Hiroshi FUJITA, Professor (Full) | Cited by 8,060 | of Gifu University, Gifu-shi (Gidai) | Read 592 publications | Contact Hiroshi FUJITA Off-the-Chart Parameters. The combination of instability Damage there was rated EF3 on the Enhanced Fujita scale. Less than 12 hours later, another long-track tornado approached the city The scale was updated in 2007 and is now called The Enhanced Fujita Scale. After the storm passes, a ground and/or aerial survey will identify ground-swirl patterns (cycloidal marks). This, along with visual damage, radar tracking, video, photographs, and eye-witness accounts are all factored in together to then determine the F-Scale of the tornado F-scale ratings above F2 are not assigned, the condition of vehicles may allow further refinement of the F-scale assigned. Thus, it could be useful to know how to assign or confirm F-scale damage ratings based upon effects of severe wind on vehicles. The Fujita Scale does not describe wind effects on vehicles very well. This may b

Fujita Scale (F Scale) - A Tornado Intensity Scal

Dr. Tetsuya Fujita, a meteorologist who devised the standard scale for rating the severity of tornadoes and discovered the role of sudden violent down-bursts of air that sometimes cause airplanes. The Saffir-Simpson Hurricane Scale rates hurricanes from category 1 through category 5 in order of increasing intensity. Each intensity category specifies the range of conditions of four criteria: barometric (central) pressure, wind speed, storm surge, and damage potential

fujita scale Fujita scale, Weather science, Weather and

F5 Tornado Pictures. Below are funnel pictures of some F5 tornadoes going back as far as 1957. Tornadoes after 2007 are rated on the enhanched fujita scale.With the new scale, an F5 would now be rated an EF5 I changed the scale to 1/8 and it displayed correctly. Here is the cause: Here is how to fix it without changing the scale: I know that it doesn't look right showing the 1 = 8'-0 but it changes to 1/8 = 1'-0 when you hit okay

Gone With the Wind (Chart) | Printable Skills SheetsA Numerical Comparison of the 1974 and 2011 SuperEf scale tornado — the enhanced fujita scale or ef scale

The Super Outbreak of April 3-4, 1974 occurred across portions of the Midwest, Lower Mississippi Valley, and Southeast. In what was the worst tornado outbreak of the 20 th century, there were 148 tornadoes over the course of just 18 hours, over half of which were classified as significant/strong at F2 strength or higher.. Many comparisons have been made between this outbreak and the. Moved Permanently. The document has moved here In February 2007, the Fujita Scale was replaced by the Enhanced Fujita Scale. The new EF scale is similar to its predecessor. It classifies tornadoes into six different categories (EF0 through EF5 instead of F0 through F5). Where the EF­ scale differs, however, is in the number of criteria used to assess a tornado's level of damage Richter scale, which is used for measuring the intensity of earthquakes, was developed by Charles Richter of the California Institute of Technology, in 1935. This ScienceStruck article provides facts on Richter scale for kids Tornadoes are rated according to a six-point scale known as the Enhanced Fujita Scale. EF-0 tornadoes produce wind gusts of 65 mph to 85 mph — enough to break tree branches

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