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Arifureta is an anime television series based on the light novel series of the same title written by Ryo Shirakome and illustrated by Takayaki. The anime adaptation was announced on December 3, 2017, and was initially intended to premiere in April 2018, [1] [2] but on January 15, 2018, its release was pushed back due to "various circumstances". [3]
This is a list of anime television series by episode count for series with a minimum of 100 episodes. Note that anime franchises with multiple television series are not listed on this page. Anime in Japan has a practice of naming seasons under their own separate title instead of by cours. This article will only cover series without distinct ...
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Arifureta: From Commonplace to World's Strongest (Japanese: ありふれた職業で世界最強, Hepburn: Arifureta Shokugyō de Sekai Saikyō, lit. ' The World's Strongest in a Common Job ' ) is a Japanese light novel series written by Ryo Shirakome and illustrated by Takayaki.
A superbase is a compound that has a particularly high affinity for protons. Superbases are of theoretical interest and potentially valuable in organic synthesis . [ 1 ] [ 2 ] Superbases have been described and used since the 1850s.
List of anime by release date (1939–1945) List of anime by release date (1946–1959) List of anime by release date (pre-1939) List of anime conventions; List of anime distributed in the United States; List of anime franchises by episode count; List of anime releases made concurrently in the United States and Japan; List of anime series by ...
The anime was followed by the films Dragon Ball Super: Broly (2018) and Dragon Ball Super: Super Hero (2022). [2] Thirteen pieces of theme music are used: two opening themes and eleven ending themes. The first opening theme song for episodes 1 to 76 is "Chōzetsu Dynamic!" (超絶☆ダイナミック！
According to calculations, ortho-diethynylbenzene dianion is the strongest superbase and has a proton affinity of 1,843.987 kJ/mol (440.723 kcal/mol). [1] The meta isomer is the second-strongest, and the para isomer is the third. All three are readily able to accept any proton to its ethynyl tails, from almost any compound.