first of all its not chemical equation is chemical formula
Potassium Sulphate: K2SO4
Potassium Sulphite: K2SO3
Formula: SO32- and SO42-
Yes, the suffix "-ite" means there are 3 oxygens. The formula is K2SO3.
When sulphite reacts with lead acetate, it forms lead sulphite and lead acetate. The balanced chemical equation for this reaction is: Pb(CH3COO)2 + SO3^2- -> PbSO3 + 2CH3COO-
Calcium Sulphide is the name(word) of the substance. It chemical formula is 'CaS'. That is one atom of calcium one atom of sulphur. NB Carefukl with the nameing oif sulphur compounds. 'Sulphate' = -SO4' (Four oxygens). CuSO4 ; Copper SULPHATE) 'Sulphite' = -SO3' (Three oxygen). (CuSO3 ; Copper SULPHITE) 'Sulphide' = -S' (No oxygens). (CuS ' Copper SULPHIDE). Note the subtle change of one letter to indicate a different sulphur type compound.
The valency of sulphite is 2-, meaning it has a charge of -2. The valency of sulfate is 2-, meaning it also has a charge of -2.
No. Sodium sulphate + calcium = sodium chloride is wrong you can tell this by writing out a chemical equation NaSO3 + Ca = NaCl <-- This as you can see is wrong, in a chemical equation both sides must have the elements on each side, no new elements can be formed. I'm not 100% whether SO3 is a sulphate or a sulphite btw*
Hi, KHSO4 is Potassium bisulfate.Source: http://en.wikipedia.org/wiki/Potassium_bisulfateThe answer above is totally wrong. Where did you leave the Hydrogen in the formula?The name of the ionic compound KHSO4 is Potassium Hydrogen Sulfate.Abdellatif Rochdi.
Formula: SO32- and SO42-
The formula for potassium sulphite is K2SO3.
Yes, the suffix "-ite" means there are 3 oxygens. The formula is K2SO3.
When sulphite reacts with lead acetate, it forms lead sulphite and lead acetate. The balanced chemical equation for this reaction is: Pb(CH3COO)2 + SO3^2- -> PbSO3 + 2CH3COO-
Sulphate ion (SO4^2-) contains one more oxygen atom compared to the sulphite ion (SO3^2-). Sulphate is the fully oxidized form of sulfur, while sulphite is the partially oxidized form. Both ions are commonly found in inorganic chemistry and play important roles in various chemical reactions.
The valency of sulphite is 2-, meaning it has a charge of -2. The valency of sulfate is 2-, meaning it also has a charge of -2.
The chemical formula for tin sulphite is SnSO3.
The chemical formula for calcium sulphite is CaSO3
Carbonate sulphate sulphite phosphate phosphite tetraphenylborate hexafluorophosphate
As sodium sulfite (Na2SO4) dissolves, it dissociates into its ions: Na2SO4 --> 2Na+ + SO32-