Experimentally you analyse the halides and determine their empirical formulae, which would give the answer RbCl etc.. You determine the compound are ionic and there are electrochemical methods to confrm that you have got what appears obvious, Rb+. An Xray crystallographic study would show that rubidium compounds containe dicrete rubidium atoms. Another way is to look at the electronic configuration and the Periodic Table to see which group the elemnt is in.
This allows you to predict Rb+ as the element has one valence electron like sodium potassium etc.
Rubidium belongs to Alkali metals so its ionic charge is +1.
Rubidium sulfide, with the chemical formula Rb2S, features ionic bonds.
Rubidium by itself is neither ionic nor covalent. When it forms bonds with other elements, it forms ionic bonds.
Rubidium iodide
Rubidium iodide is an ionic compound.
Rubidium belongs to Alkali metals so its ionic charge is +1.
Rubidium sulfide, with the chemical formula Rb2S, features ionic bonds.
Rubidium by itself is neither ionic nor covalent. When it forms bonds with other elements, it forms ionic bonds.
Rubidium by itself is neither ionic nor covalent. When it forms bonds with other elements, it forms ionic bonds.
Yes it is an ionic compound. Rubidium(Rb) is the cation with 1+ charge and Fluorine(F) is the anion with 1- charge. They are formed by the donation of one electron from the valence shell of Rubidium to Fluorine and hence they form an ionic bond, which is the electrostatic force of attration between two oppositely charged particles.
Rubidium oxide has an ionic bond.
Rubidium iodide
Rubidium iodide is an ionic compound.
Yes, the bonds between rubidium ions and carbonate ions in rubidium carbonate are ionic bonds.
If you think to rubidium bromide (RbBr) this compound is ionic.
RbCN is rubidium cyanide.
Rb2S====