what is the name for the ch3coo- ion
polyatomic anion
title: CH3O text: CH3O The molecular formula CHO may refer to: The chemical name for CH3O is methoxide. It is a base formed from methanol by replacement of the hydroxyl hydrogen with a metal. A strong base and a good nucleophile. Methoxide contains one atom of carbon, three atoms of hydrogen and one atom of oxygen. Methoxides are mainly organic salts and alkoxide. The organic salts are produced by a reaction between an organic acid (organic compound having acidic properties) and an inorganic base (a base that is composed of an inorganic compound). Alkoxide is the conjugate base of an alcohol. An organic title: CH3O text: group is bonded to a negatively charged oxygen atom in an alkoxide. CH3O The molecular formula CHO may refer to: The chemical name for CH3O is methoxide. It is a base formed from methanol by replacement of the hydroxyl hydrogen with a metal. A strong base and a good nucleophile. Methoxide contains one atom of carbon, three atoms of hydrogen and one atom of oxygen. Methoxides are mainly organic salts and alkoxide. The organic salts are produced by a reaction between an organic acid (organic compound having acidic properties) and an inorganic base (a base that is composed of an title: Chromium text: of reaction is also observed with solutions of chrome alum and other water-soluble chromium(III) salts. Chromium(III) hydroxide (Cr(OH)) is amphoteric, dissolving in acidic solutions to form [Cr(HO)], and in basic solutions to form . It is dehydrated by heating to form the green chromium(III) oxide (CrO), a stable oxide with a crystal structure identical to that of corundum. Chromium(VI) compounds are oxidants at low or neutral pH. Chromate anions () and dichromate (CrO) anions are the principal ions at this oxidation state. They exist at an equilibrium, determined by pH: Chromium(VI) halides are known also and include the hexafluoride CrF title: Chromium text: cation with a positive 3 charge serves as chromium's most stable ionic state. The +3 and +6 states occur the most commonly within chromium compounds; charges of +1, +4 and +5 for chromium are rare, but nevertheless due occasionally exist for chromium. A large number of chromium(III) compounds are known, such as chromium(III) nitrate, chromium(III) acetate, and chromium(III) oxide. Chromium(III) can be obtained by dissolving elemental chromium in acids like hydrochloric acid or sulfuric acid, but it can also be formed through the reduction of chromium(VI) by cytochrome c7. The ion has a similar radius (63 pm) to (radius 50 title: Chromium(III) phosphate text: acidic. This catalyzes a proteolytic reaction yielding a dose-dependent increase in chromium(III) ion release in the affected cells. The Cr ions has toxic effects on the proteins of the cytosol and mitochondria by oxidatively modifying their chemical properties thus disenabling from performing their functions. Proteins with high metal affinity such as enolase, catalase enzymes and hemoglobin, ferritin molecular transporters are affected. This may ultimately lead to nephrotoxicity, reproductive and developmental toxicity due to tissue damage, necrosis and inflammation. Chromium(III) phosphate Chromium(III) phosphate describes inorganic compounds with the chemical formula CrPO(HO), where n = 0, 4, or 6. All are deeply