แสดงบทความที่มีป้ายกำกับ apparent แสดงบทความทั้งหมด
แสดงบทความที่มีป้ายกำกับ apparent แสดงบทความทั้งหมด

Youtube Poop: a walrus transfers mass infanticide for absolutely no apparent reason

Part 2 of my epic MegaPoop Alice in Wonderland! After the rape Alice, Tweedle Dee and Tweedle Dum feel guilty and decides to help her, giving her a story. The story of a walrus, a carpenter, a couple of oysters, cabbage Fucking (with the delicious smell of cock Farty shoots of age), shoes and some other things that are not so important. This is probably even better than the first! He also my first use of Adobe Flash, I took a few days ago. It 's only for useshort scene, though, and I find out what, but I can assure you, I will fully implement in the near future. EDIT: I got kicked off the field for Super misconduct. In other words, do not want to be, with a gap, after all! : D Another important note: The Tweedles, the walrus, the carpenter and oysters were all made by J. Pat O'Malley. In addition, the sergeant in Billy and Mandy has been caused by none other than R. Lee Ermey to play! Sources used (inRough order of appearance): - Alice in Wonderland (1951) - SpongeBob SquarePants - "Smells something" - Dragon Force - Through The Fire and Flames - Sesame Street NES game (in-joke on MatthewSeldon17) - Final Fantasy VII (One Winged Angel) - Zelda: The Wand of Gamelon, Link: The Faces of Evil - Sonic the Hedgehog - Hotel Mario - Mario Kart DS - a calendar of Twilight - Total Drama Island - Street Fighter cartoon - Street Fighter Movie - Al TV (Fred Huggins) - Blue Dragon - Crash...

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The apparent constriction of the liquid. Physics.

The theoretical formula derived to calculate the surface tension of the liquid. Data from ref pounds confirm the formula for the 64 liquids in the range of T -253 to 200 degrees Celsius. Formula is obtained within the validity of the equation of Clapeyron - Mendeleev. The physical relationship of the phenomenon confirms the common ratio of internal energy and surface tension of the liquid. The formula is obtained simply and clearly. There are integral in the derivation ofthe formula! The physical model has been written and published in Russian Gennady G. Khaydarov contributions in 1983. A similar physical model was published by Victor F. Weisskopf in 1985. For more information on the model surface tension is in Wikipedia (Russian), articles and Wikibooks (Russian) in detail.

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