Rubidium has a surprising number of oxides. .
A number are ionic compounds and contain the expected Rb+ paired with different oxygen anions, O2-, O2- O22- , O3- These are expected even though the anions may look a bit weird.
Rubidium oxide, Rb2O, 2Rb+ O2- (the expected oxide - where oxygen fulfils its octet)
Rubidium superoxide RbO2, Rb+O2-
Rb4O6 which 4Rb+ O22- (O2- )2 lets just call it tetrarubidium hexaoxide
Rubidium peroxide
Rb2O2 , 2Rb+ O22-
Rubidium ozonide, RbO3, Rb+ O3-,
There are two other really odd compounds Rb6O and Rb9O2 which are not simple ionic compounds.
Potassium also has more oxides than expected and cesium has even more than rubidium!
Rubidium oxide (Rb2O) is formed when rubidium and oxygen react.
When rubidium reacts with oxygen, a superoxide is formed. It takes the form of RbO2.
The chemical formula of rubidium fluoride is RbF.
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The chemical formula for the compound formed between rubidium and oxygen is rubidium oxide - Rb2O.
This chemical element is fluorine.
Yes, the bonds between rubidium ions and carbonate ions in rubidium carbonate are ionic bonds.
Carbon forms covalent bonds with fluorine.
yes
The chemical formula for the compound formed between rubidium and oxygen is rubidium oxide - Rb2O.
Strontium fluoride is SrF2.
The compound formed between rubidium and chlorine has the formula RbCl.
Magnesium (Mg) Sulfur or Sulphur (S)
the reaction would produce LiF Lithium Fluoride
Sodium and fluorine will form an ionic compound named sodium fluoride with the formula NaF.
This compound is the hydrogen fluoride HF.
This chemical element is fluorine.
Yes, the bonds between rubidium ions and carbonate ions in rubidium carbonate are ionic bonds.
no
Carbon forms covalent bonds with fluorine.
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