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 H2SO3
sulfate SO42- from SO3 from S in oxid.state +6forming sulfuric acid H2SO4
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 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.
In chemistry, the suffix "ite" is used to indicate a lower oxidation state of an element, while the suffix "ate" is used to indicate a higher oxidation state of an element.
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.
oxidation state of the element. If the element is in a higher oxidation state, the compound ends in -ate, and if it is in a lower oxidation state, the compound ends in -ite. In this case, zinc chlorate (Zn(ClO3)2) would be the compound ending in -ate, while zinc chlorite (Zn(ClO2)2) would be the compound ending in -ite.
The usual endings for polyatomic ions are "-ate" and "-ite." The "-ate" ending signifies the ion with the larger number of oxygen atoms, while the "-ite" ending signifies the ion with one less oxygen atom.
The ite suffix in chemical compound names indicates a lower oxidation state of an element compared to the -ate suffix. It helps differentiate between different forms of the same element in a compound.
-Ite at the end of an ion means that the compound has 2 oxygen and -ate means there is 3 oxygen.
In chemistry, the suffix "ite" is used to indicate a lower oxidation state of an element, while the suffix "ate" is used to indicate a higher oxidation state of an element.
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.
oxidation state of the element. If the element is in a higher oxidation state, the compound ends in -ate, and if it is in a lower oxidation state, the compound ends in -ite. In this case, zinc chlorate (Zn(ClO3)2) would be the compound ending in -ate, while zinc chlorite (Zn(ClO2)2) would be the compound ending in -ite.
The usual endings for polyatomic ions are "-ate" and "-ite." The "-ate" ending signifies the ion with the larger number of oxygen atoms, while the "-ite" ending signifies the ion with one less oxygen atom.
It will be an ide ite or ate ex: chlorIDE sulfITE carbonATE
K2S is potassium sulfide K2SO3 is potassium sulfite K2SO4 is potassium sulfate. In an ionic compound, the endings -ite and -ate indicate a negative ion that contains oxygen, with -ate indication more oxygen than -ite. The ending -ide usually indicates an oxygen-free ion with the exception of oxide and its variants.
Examples are for English: -ide, -ate, -ite.
The ending -ite typically indicates a mineral or chemical compound like quartzite or calcite, while -ate often signifies a salt, ester, or compound like sodium chloride or acetate. They are common suffixes in chemistry used to name and classify various substances based on their composition and properties.
The ite suffix in chemical compound names indicates a lower oxidation state of an element compared to the -ate suffix. It helps differentiate between different forms of the same element in a compound.
No, binary compounds ending in "ite" typically indicate the presence of a polyatomic ion, not the second element in the compound's formula. The suffix "ite" usually signifies a compound containing a negatively charged polyatomic ion that has one fewer oxygen atom compared to the corresponding "ate" ion.
The second element's name is changed so that it ends in the suffix -ide.