A hurricane with 135 mph winds would be a category 4.
The weakest tornadoes have estimated winds of 65 mph (105 km/h); this is a low end EF0. The very strongest are believed to have winds just over 300 mph (480 km/h); this is a strong EF5. A tornado this strong is extremely rare. The most damage is caused by tornadoes rated EF3 and higher, with estimated winds over 135 mph (217 km/h).
Hurricanes can cause more damage for two reasons. First they affect a much larger area than tornadoes, typically a few hundred miles. Second, they produce heavy flooding in addition to strong winds. Also, there is some overlap in wind intensity. For example a category 3 hurricane (111-130 mph) produces winds in the estimated range as an EF2 tornado (111-135 mph).
That depends on how strong the tornado is or how strong the earthquake is. However, a typical earthquake is very small (magnitude of only 1 or 2 or less) and are rarely devastating. So on average, yes, a tornado is stronger.
Java in Indonesia. The island has a population of about 135 million with about 1,026 people living in every square mile.
Winds vary widely in tornadoes. The minimum estimated winds for an EF0 tornado are 65 mph while the upper limit for tornado strength is believed to be just over 300 mph. The majority of tornadoes have winds of 110 mph or less (EF0 and EF1). The tornadoes that cause the most damage have estimated winds over 135 mph (EF3-EF5).
Hurricane Katia's winds peaked at 135 mph, making it a category 4 hurricane.
If you mean Katrina peak winds were 175 mph. If you mean Katia peak winds were 135 mph.
Hurricane Katia was stronger, reaching peak strength with 135 mph sustained winds, making it a low category 4 hurricane. Hurricane Irene peaked with 120 mph sustained winds, making it a category 3.
The weakest tornadoes have estimated winds of 65 mph (105 km/h); this is a low end EF0. The very strongest are believed to have winds just over 300 mph (480 km/h); this is a strong EF5. A tornado this strong is extremely rare. The most damage is caused by tornadoes rated EF3 and higher, with estimated winds over 135 mph (217 km/h).
From what I have seen on the internet, the winds were about 135-140 mph at their fastest.
Currently (as of the last update on August 30 at 11:00 Am Atlantic Standard Time) Danielle is a minimal category 1 hurricane with sustained winds of 75 mph and is expected to weaken into an extratropical strom. At peak intensity Danielle was a category 4 hurricane with sustained winds of 135 mph.
Hurricane Bill was a hurricane, that formed in August 15, 2009 and dissipated in August 24, 2009. With wind speeds up to 135 miles an hour, Bill was a category 4 hurricane................S0 1 H0P3 TH4T H3LP3D
If you go 135 feet in a second, you travel 135*60 feet in a minute:and you would travel 135*60*60 feet in an hour.5280 feet is a mile, so you would travel (135*60*60)/5280 miles per hour(135*60*60)/5280 = 92 mph (rounded)
Hurricane Helene was the strongest hurricane in the 1958 Atlantic hurricane season, reaching peak winds of 135 miles per hour (217 km/h) and tied with Hurricane Ilsa as the strongest tropical cyclone of the season. The system moved to the north of the West Indies and skirted the coast of the Southeast United States before moving through the Atlantic shipping lanes offshore Newfoundland.[1] Helene was the only hurricane of the season to impact the United States. Because the hurricane remained offshore, winds and rainfall were confined to the immediate coastline of North Carolina. Damage amounted to US$11 million ($72 million in 2005 USD), making Helene the costliest storm of the season.
Answer: 135 mi. = 217.261 km
An hour is a unit of time. A mile is a unit of distance. Without some unit of speed, the two units are incompatible.
60 minutes = 1 hour so 135 minutes = 135/60 = 2.25 hours. Simple!60 minutes = 1 hour so 135 minutes = 135/60 = 2.25 hours. Simple!60 minutes = 1 hour so 135 minutes = 135/60 = 2.25 hours. Simple!60 minutes = 1 hour so 135 minutes = 135/60 = 2.25 hours. Simple!