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You waited a long time, waiting for this Video Roller to be released. and here he went out

This is a short animated film in Minecraft, about a sniper who is trying to survive in zombie apocalypse.

There are plenty of weird foods in Victorious and none weirder than Cat Valentine's favorite snack – Bibble. Was Cat's Bibble problem a full blown addiction? Why don't you ask the guy handcuffed to her in charge of making sure she doesn't eat Bibble?

The Indonesian province of North Sulawesi suffered from a flood caused by eight-meter waves in the waters of the Gulf of Manado. Despite the absence of a major earthquake at sea or underwater landslide, high waves fell on Manado. Parking lots, shopping centers, kiosks, stone embankments and boat moorings were destroyed and flooded. A hurricane wind reached a speed of 80 km / h, with gusts of up to 100 km / h. According to officials, large tidal waves were caused by a combination of extreme weather conditions, such as high waves, strong winds and tidal conditions. This phenomenon may spread to other places along the coast of Sulawesi, including the Strait of Makassar.

A fire whirl or fire devil (sometimes referred to as a fire tornado), is a whirlwind induced by a fire and often (at least partially) composed of flame or ash. These start with a whirl of wind, often made visible by smoke, and may occur when intense rising heat and turbulent wind conditions combine to form whirling eddies of air. These eddies can contract a tornado-like vortex that sucks in debris and combustible gases. The phenomenon is sometimes labeled a fire tornado, firenado, fire swirl, or fire twister, but these terms usually refer to a separate phenomenon where a fire has such intensity that it generates an actual tornado. (This phenomenon was first verified in the 2003 Canberra bushfires and has since been verified in the 2018 Carr Fire in California and 2020 Loyalton Fire in California and Nevada.) Fire whirls are not usually classifiable as tornadoes as the vortex in most cases does not extend from the surface to cloud base. Also, even in such cases, those fire whirls very rarely are classic tornadoes, as their vorticity derives from surface winds and heat-induced lifting, rather than from a tornadic mesocyclone aloft. A fire whirl consists of a burning core and a rotating pocket of air. A fire whirl can reach up to 2,000 °F (1,090 °C). Fire whirls become frequent when a wildfire, or especially firestorm, creates its own wind, which can spawn large vortices. Even bonfires often have whirls on a smaller scale and tiny fire whirls have been generated by very small fires in laboratories.