Rubidium hypobromite is RbOBr and contains Rb+ OBr-.
I dot know how it is prepared but possibly reacting RbOH with alkali bromine water may work and at least be safe:
2RbOH(aq) + Br2 = RbOBr +RbBr +H2O
Adding Rb to water would cause a fire but would produce RbOH. Bromine could then be bubbled through
2Rb +2H2O -> 2RbOH + H2
2Rb + H2 --> 2RbH
The product is rubidium hydride.
RbOH + HClO4 -> RbClO4 + H2O
Products are rubidium chlorate and water.
The equation is 2 RbOH + H2SO4 -> Rb2SO4 + 2 H2O.
Cl2 (g)+2Rb(s)->2RbCl(s)
2Rb + 2H2O -------> 2RbOH + H2
Mg+2H2O ---------> Mg(OH)2 + H2
HF + RbOH --> RbF + H2O
i got you bro, all alkali metals hydroxides are soluble rubidium hydroxide included :)
It is a white solid.
The term Rubidium oxide generally refers to 1 compound, but it can also be used to refer some other oxides. There can be more than 1 oxides of Rubidium : "The most common" Rubidium oxide = Rb2O Rubidium peroxide = Rb2O2 Rubidium dioxide(1-) or Rubidium superoxide = RbO2 Suboxides of Rubidium = Rb6O, Rb9O2
Trirubidium phosphite is the name for the compound Rb3PO3.
An explosion will occur.
what is the balanced equation for Rubidium metal reacting with halogen iodine
The word equation for the reaction of rubidium with water is rubidium + water --> rubidium hydroxide + hydrogen. Rubidium is a metal that reacts very quickly and fiercely, even explosively with water.
HF + RbOH --> RbF + H2O
A water solution of Rubidium hydroxide
Rubidium hydroxide is a strong base as are all alkali metal hydroxides.
Because rubidium hydroxide is a base, an alkaline compound with the pH under 7.
i got you bro, all alkali metals hydroxides are soluble rubidium hydroxide included :)
It is a white solid.
RbOH ( Rubidium hydroxide) is a strong alkali. An Alkali is a soluble base.
The term Rubidium oxide generally refers to 1 compound, but it can also be used to refer some other oxides. There can be more than 1 oxides of Rubidium : "The most common" Rubidium oxide = Rb2O Rubidium peroxide = Rb2O2 Rubidium dioxide(1-) or Rubidium superoxide = RbO2 Suboxides of Rubidium = Rb6O, Rb9O2
Rubidium reacts violently (and does not explode,) to produce Rubidium Hydroxide and Hydrogen.