I'm not 100% sure but potassium bromide is only need one negative bromide ion therefore since potassium is positive one I'm guessing bromide is negative one
The Bomide ion is Br-.
Bromine has 7 electrons in its outer shell and takes on one extra electron to give it a noble gas configuration.
Br-
The bromide ion is Br-. A bromide is a chemical compound where bromine is the most electronegative element. It may be ionic and contain the bromide ion, Br- or covalent like methyl bromide, CH3Br.
The chemical formula of the compound formed between cobalt (III) and the bromide ion it would be CoBr3, if this compound exist !
Br- Bromide is the negatively charged 1- ion formed when a bromine atom gains an electron.
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 bromide ion always has a 1- charge.
The unit formula for sodium bromide is NaBr. There is one sodium ion and one bromide ion. Add the atomic weights from the periodic table for sodium and bromine. This will give you the formula weight. Atomic weight Na = 22.989770 Atomic weight Br = 79.904 Formula weight NaBr= 22.989770 + 79.904 = 102.894 Save
The bromide ion has a 1- charge.
Lithium ion is Li+ and a bromine ion (called a bromide ion) is Br- and the compound formed from them would be LiBr.
A bromide ion has a charge of -1.
The valency of bromide ion (Br-) is -1.
The symbol for a bromide ion is Br-.
the charge of the bromide ion in AlBr3 is -1