like that cesium ion
Caesium hydride. CsH . ionically it is 'Cs^+' & 'H^-'
The cesium ion has a +1 charge.
Cs^+
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
The chemical formula is CsBr since Cesium takes a +1 ion charge while Bromide takes a -1 ion charge so they cancel each other out and you are left with CsBr.
The chemical formula is CsBr since Cesium takes a +1 ion charge while Bromide takes a -1 ion charge so they cancel each other out and you are left with CsBr.
like that cesium ion
Caesium hydride. CsH . ionically it is 'Cs^+' & 'H^-'
The cesium ion has a +1 charge.
Cesium is a negative ion.
Cesium acetate would be mildly basic as the cesium ion is neutral while the acetate ion is a weak base.
Formula of cesium tartrate: Cs2C4H4O6
The formula for Cesium Peroxide is: Cs2O2
Cs^+
Name: Cesium IodideEmpirical formula: CsIIonic Formula: CS1I1
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