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  1. The hydroxyl radical, •HO, is the neutral form of the hydroxide ion (HO – ). Hydroxyl radicals are highly reactive and consequently short-lived; however, they form an important part of radical chemistry. Most notably hydroxyl radicals are produced from the decomposition of hydroperoxides (ROOH) or, in atmospheric chemistry, by the reaction ...

  2. Sr(OH) 2 exists in anhydrous, monohydrate, or octahydrate form. Preparation [ edit ] Because Sr(OH) 2 is slightly soluble in cold water, its preparation can be easily carried out by the addition of a strong base such as NaOH or KOH , drop by drop to a solution of any soluble strontium salt, most commonly Sr(NO 3 ) 2 ( strontium nitrate ).

  3. en.wikipedia.org › wiki › Soon-Tek_OhSoon-tek Oh - Wikipedia

    Soon-tek Oh (Korean: 오순택, O Sun-taek – also spelled as Soon-taek Oh or Soon-taik Oh or Soon-teck Oh; June 29, 1932 – April 4, 2018) was a Korean–American actor. He was the voice of Fa Zhou in Disney's Mulan and the direct-to-video sequel Mulan II and the sadistic Colonel Yin in Missing in Action 2: The Beginning .

  4. en.wikipedia.org › wiki › Oh!_greatOh! great - Wikipedia

    Oh! great. Ito Ōgure ( Japanese: 大暮 維人, Hepburn: Ōgure Ito, born February 22, 1972), known professionally as Oh! great, is a Japanese manga artist best known for his manga series Tenjho Tenge (1997–2010) and Air Gear (2002–2012). In 2006, Air Gear earned him the Kodansha Manga Award in the shōnen category. [1]

  5. Oh! is the second studio album by South Korean girl group Girls' Generation, released by SM Entertainment on January 28, 2010. [2] [3] It features the single " Oh! A repackaged version, Run Devil Run was released on March 17, 2010, with the song " Run Devil Run " serving as the follow-up single.

  6. Oh! Production Co., Ltd., (Japanese: 有限会社オープロダクション, Hepburn: Yūgen-gaisha Ō Purodakushon), sometimes credited as Oh! Pro or Oh-Pro, is an anime production studio in Amanuma, Suginami, Tokyo, Japan. It was established in May 1970 by animators Norio Shioyama, Kōichi Murata, Kazuo Komatsubara, and Kōshin Yonekawa.[1][2]

  7. en.wikipedia.org › wiki › HydroxideHydroxide - Wikipedia

    Hydroxide ion The hydroxide ion is naturally produced from water by the self-ionization reaction: H 3 O + + OH − 2H 2 O The equilibrium constant for this reaction, defined as K w = [H +][OH −] has a value close to 10 −14 at 25 C, so the concentration of hydroxide ions in pure water is close to 10 −7 mol∙dm −3, in order to satisfy the equal charge constraint.

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