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The names of most polyatomic ions end in -ite or -ate.
Polyatomic AnionOxigen. If a compound has name containing ending with -ite or -ate always contains Oxigen.-ite indicates three or less atoms in the compound. But it usually contain less than three oxigen atom.ex: SO3^2- sulfite ion, NO2- nitrite ion-ate indicates three or more oxigen atoms contained in the compoundex:ClO3- chlorate ion.Oxygen in the form of a polyatomic anion.
Platoic Acid When naming acids that have a (fictional, in this case) polyatomic ion that ends in -ate, drop that ending and change it to -ic. For example, an acid with the nitrate ion becomes nitric acid.
Respectively the higher and the lower state of oxidation of a nonmetal acid-forming oxide.Example:sulfite SO32- from SO2 from S in oxid.state +4forming sulfurous acid H2SO3sulfate SO42- from SO3 from S in oxid.state +6forming sulfuric acid H2SO4The -ate and -ite represent different polyatomic ions containing oxygen; the exact formula and number of oxygen atoms depends on the specific ion. An -ate ion typically has one oxygen atom more than an -ite ion.The -ate and -ite represent different polyatomic ions containing oxygen, the exact formula and number of oxygen atoms depends on the specific ion. An -ate ion typically has one oxygen atom more than an -ite compound. Compounds ending in -ate or -ite are typically salts.
name of the polyatomic ion
The -ite or -ate ending in a polyatomic ion is simply an indication of the amount of oxygen atoms present. The -are ending is used in the base form. If the polyatomic ion has one less oxygen atom than the -ate form, the -ite form applies.
The -ite or -ate ending in a polyatomic ion is simply an indication of the amount of oxygen atoms present. The -are ending is used in the base form. If the polyatomic ion has one less oxygen atom than the -ate form, the -ite form applies.
Polyatomic ions ending in -ate in common form contain oxygen.
ite or ate
In chemistry, the suffix -ate typically indicates that the compound contains oxygen and another element. It is commonly used in the names of salts or esters.
The names of most polyatomic ions end in -ite or -ate.
Polyatomic AnionOxigen. If a compound has name containing ending with -ite or -ate always contains Oxigen.-ite indicates three or less atoms in the compound. But it usually contain less than three oxigen atom.ex: SO3^2- sulfite ion, NO2- nitrite ion-ate indicates three or more oxigen atoms contained in the compoundex:ClO3- chlorate ion.Oxygen in the form of a polyatomic anion.
atoms
Platoic Acid When naming acids that have a (fictional, in this case) polyatomic ion that ends in -ate, drop that ending and change it to -ic. For example, an acid with the nitrate ion becomes nitric acid.
Respectively the higher and the lower state of oxidation of a nonmetal acid-forming oxide.Example:sulfite SO32- from SO2 from S in oxid.state +4forming sulfurous acid H2SO3sulfate SO42- from SO3 from S in oxid.state +6forming sulfuric acid H2SO4The -ate and -ite represent different polyatomic ions containing oxygen; the exact formula and number of oxygen atoms depends on the specific ion. An -ate ion typically has one oxygen atom more than an -ite ion.The -ate and -ite represent different polyatomic ions containing oxygen, the exact formula and number of oxygen atoms depends on the specific ion. An -ate ion typically has one oxygen atom more than an -ite compound. Compounds ending in -ate or -ite are typically salts.
-ate has more oxygen than -ite.The full range of this naming strategy is illustrated by chloroxy ions:hypochlorite: ClO-chlorite: ClO2-chlorate: ClO3-perchlorate: ClO4-
This is known as a Nitrate, the 'ate' ending means it has Oxygen in it, the 'Nitr' represents the Nitrogen part.