Qula Nokia s Sales Are 8220;Clearly Disappointing 8221; According to, Erm, Nokia
In the Warhammer 40,000: Space Marine video game, you ;re the best of the best, a genetically modified supersoldier wearing incredible armor and wielding incredible weapons. This is a third-person shooter/hack and slash action game, but beyond that it a great military sci-fi story. If you ;re already a fan of the Warhammer 40K universe, there really no reason not to own this game. You get to be an Ultramarine, stomping around a gothic industrial wasteland splattering orks left, right and center. You feel like a serious bad-ass at all times 鈥?even when you die, a grim voiceover intones a grim reminder of the grim universe in which your grim life just ended grimly. Newcomers won ;t feel out of sorts, though 鈥?you quickly grasp that the Space Marines are the military arm of the Imperium, a galactic empire of humans wrapped in religious trappings. Stylistically, they are vaguely Roman Catholic, but in all the ornate armor and soaring cathedrals you won ;t see a single cross. You ;re definite
stanley cup ly in a fantasy world, heavily accentuated by all the grandiosity of an age-ol
stanley us d religion, but without
stanley mugs any specific references to real religions. One of the many alien races the Imperium fights against is the orks, who are essentially orcs with spaceships and guns. Ork tech has a battered, used feel bristling with spikes and jet engines. Everything looks like it surplus from Reagan-era military spending. Call it JetPunk. In addition to being Atyq Google Is Just Full of Crap
When a dog gets wet, what does it do Answer: it shakes, and very efficiently 鈥?a large, soggy dog can shed as much as 70% of the water i
stanley taza n its fur in just four seconds. But mammals of all shapes and sizes employ the quick-shake tactic to dry themselves. Now, a team of researchers has used high-speed video and fur particle tracking to understand the common physical characteristics that unite the wet-shak
vaso stanley es of 33 animals from 16 species. The researchers, led by Georgia Institue of Technology biologist David Hu, demonstrate that whether it a mouse, a goat, a dog or a bear, the shake of a wet mammal is anything but random. On the contrary, the researchers write that the frequency of an animal shake 鈥?i.e., the number of times it oscillates its body per second 鈥?is tuned to i the animal size
stanley trinkflaschen and ii the properties of water, namely surface tension and density, in order to remove as much water as possible with minimal physical effort. Small animals, like mice and rats, tune their shakes to a high frequency, oscillating fast in order to generate the centrifugal force necessary to overcome the strength of the surface tension that keeps water attached to their fur. Larger animals, by comparison, can tune their shakes to much lower frequencies to generate the same force. The video up top, compiled by the Nature news team, illustrates various animals shaking to their tuned frequencies. The relation between shaking frequency f and animal radius R