Phosphite has an ionic charge of -3.
The name of the ionic compound Cu3PO3 is copper(I) phosphite.
Well, we know that the polyatomic ion phosphate has the formula PO4^3- The suffix "ite" tells us that we take one oxygen atom. So phosphite is PO3^3- Since the charge of phosphite is negative three, we need 3 gold ions to create a neutral ionic compound. So, the chemical formula for gold phosphite is Au3PO3
Lithium has a charge of Li^+1, phosphite has a charge of PO3^-3. But overall, Li3PO3 would be neutral.
The ionic compound Zn3(PO2)2 is named zinc phosphite.
Hi, The formla for Calcium phosphite (anhydrous) is CaH(PO3) It is more normally found as the monohydrate which has the formula Ca(HPO3).H2O It can be prepared by reacting phosphorous acid, H3PO3 and Calcium Oxide, CaO as follows; CaO + H3PO3 ---> CaHPO3 + H2O Hope this helps, Mike
The name of the ionic compound Cu3PO3 is copper(I) phosphite.
Well, we know that the polyatomic ion phosphate has the formula PO4^3- The suffix "ite" tells us that we take one oxygen atom. So phosphite is PO3^3- Since the charge of phosphite is negative three, we need 3 gold ions to create a neutral ionic compound. So, the chemical formula for gold phosphite is Au3PO3
Lithium has a charge of Li^+1, phosphite has a charge of PO3^-3. But overall, Li3PO3 would be neutral.
The ionic compound Zn3(PO2)2 is named zinc phosphite.
The chemical formulaof this ion is (H2PO3)-.
+5In almost all compounds or ions containing both oxygen and another element, an oxygen atom has an oxidation number of -2. A phosphate ion is not an exception to this generalization. Therefore, the four oxygen atoms in PO4-3 have a total charge of -8, and the phosphorus atom must have a charge of +5 to result in an overall charge of -3 for the ion as a whole.
Hi, The formla for Calcium phosphite (anhydrous) is CaH(PO3) It is more normally found as the monohydrate which has the formula Ca(HPO3).H2O It can be prepared by reacting phosphorous acid, H3PO3 and Calcium Oxide, CaO as follows; CaO + H3PO3 ---> CaHPO3 + H2O Hope this helps, Mike
K2HPO4 is an ionic compound known as dipotassium hydrogen phosphate. It consists of potassium ions (K+) and hydrogen phosphate ions (HPO4^2-). The potassium ion has a +1 charge, while the hydrogen phosphate ion has a -2 charge.
The ionic charge of stannous (tin) is typically +2.
The ionic charge of bromate ion (BrO3-) is -1.
The name phosphite is according to IUPAC reserved for PO33- ion, so Cesium phosphite would be Cs3PO3 However no compounds containing PO33- are known to exist. Hypothetical compounds containing it are often used in naming exercises by teachers/colleges/web sites. Phosphite in common use refers to HPO32- ion (IUPAC name phosphonate) and this is the formula taught in some parts of the world, cesium phosphite would therefore be Cs2HPO3
Iodine typically has an ionic charge of -1.