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An EF5 rating on the new scale requires a higher standard of construction in houses than does an F5 rating on the old scale. So, the complete destruction and sweeping away of a typical American frame home, which would likely be rated F5 on the Fujita scale, would be rated EF4 or lower on the Enhanced Fujita scale.
Prior to 1964, tires were all made to a 90% aspect ratio. Tire size was specified as the tire width in inches and the diameter in inches – for example, 6.50-15. [24] From 1965 to the early 1970s, tires were made to an 80% aspect ratio. Tire size was again specified by width in inches and diameter in inches.
A diagram illustrating the relationship between the Beaufort, Fujita, and Mach number scales. The original scale as derived by Fujita was a theoretical 13-level scale (F0–F12) designed to smoothly connect the Beaufort scale and the Mach number scale. F1 corresponds to the twelfth level of the Beaufort scale, and F12 corresponds to Mach number ...
EF0: 65-85 mph. EF1: 86-110 mph. EF2: 111-135 mph ... EF5: Over 200 mph. EF5 tornadoes in Oklahoma. Since 1905, NWS has tracked 13 EF5 tornadoes in Oklahoma, including the devastating 2013 Moore ...
Tornadoes are ranked from EF0 to EF5. The scale is divided into six categories: F0: Gale; 65 to 85 mph. F1: Weak; 86 to 110 mph. F2: Strong; 111 to 135 mph. F3: Severe; 136 to 165 mph.
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What is the difference between an EF-1 and EF-2 tornado? Tornadoes differ by wind speeds and amount of damage. On the EF Scale, an EF-2 tornado is more severe than an EF-1, with 111 to 135 mph winds.
If EF0-EF5 are used, then the template will use Enhanced Fujita scale (applicable after 2007-02-01). {{Tornado Chart | EFU = 0 | EF0 = 0 | EF1 = 0 | EF2 = 0 | EF3 = 0 ...