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.
When a compound contains three elements, including oxygen, it often ends with the suffix "-ate" or "-ite," depending on the oxidation state of the element combined with oxygen. For example, if the compound has a higher oxidation state, it typically ends in "-ate" (like sulfate), while a lower oxidation state will often end in "-ite" (like sulfite). These suffixes help indicate the presence of oxygen and the specific valence of the central element in the compound.
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.
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.
Examples are for English: -ide, -ate, -ite.
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.