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The waters after a hypercane could remain hot enough for weeks, allowing more hypercanes to form. A hypercane's clouds would reach 30 to 40 km (20 to 25 mi) into the stratosphere. Such an intense storm would also damage the Earth's ozone layer, potentially having devastating consequences for life on Earth.
Then in 1995 a new theory claimed that a powerful mega-storm known as a hypercane caused the extinction. The hypercane allegedly reaches 20 miles into the stratosphere and has wind speeds of up to 500 miles per hour. 3-D computer graphics will reveal how this storm could have brought down nearly all life on the planet. One of six episodes about ...
Fixed: 130 m/s is approximately 500 kilometers/hour, not 500 miles/hour. Winds could speculatively and conceivably get as fast as the latter, but the lower boundary (where the analytical hurricane solution falls apart and a numerical hypercane one starts to be needed, at least on paper) is the former. 142.104.60.203 02:50, 25 August 2007 (UTC)
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The 55 m/s (200 km/h; 120 mph; 107 kn) winds extend out to about 60 km (37 mi). The paper also specifically says the top speeds are at a radius of 6 km, so the eye must be less than 12 km in diameter, which completely contradicts the statement in the article that the eye would be 300 km in diameter.
Burger King Corporation (BK, stylized in all caps) is an American multinational chain of hamburger fast food restaurants. Headquartered in Miami-Dade County, Florida , the company was founded in 1953 as Insta-Burger King , a Jacksonville, Florida –based restaurant chain.
2006: Burger King is listed on the NYSE with the stock symbol BKC when the chain goes public in an IPO. [5] 2009: Company opens its 12,000th store, located in Beijing. [95] 2010: Brazil-based 3G Capital acquires Burger King in a deal worth $3.26 bn/BRL$5.6 bn. [5] [96] 2011: Burger King begins a yearlong revamp of its menu and advertising ...
Figure 1: Diagram for the Fickett–Jacobs quasistatic cycle for detonation. The paths drawn represent the series of equilibrium states occupied by the system, except during the detonation process, (step 0 to 1), the system is temporarily non-uniform. Nevertheless, the beginning and at the end of the detonation process is uniform.