Write a balanced chemical equation describing the oxidation of chlorine gas by the copper (III) ion to form the chlorate ion and copper (II) in an acidic aqueous solution. Use the smallest whole number coefficients possible.
I have tried the following answers and I have no idea what to do to make it correct:
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One way to determine the balanced equation for a redox reaction is to write a preliminary expression relating the reactants and products, do an oxidation number analysis, and balance atoms and charge. In an acidic aqueous solution, hydrogen ions and water may be used to balance atoms.
Write a balanced chemical equation describing the oxidation of chlorine gas by the copper (III) ion...
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Copper(I) ion undergoes a self-redox reaction to form solid copper and copper(II) ion. a) Write the balanced equation for the reaction in water. b) In water, the equilibrium constant for this reaction is ≈106. But if the copper(I) is dissolved in DMSO, the equilibrium constant for the reaction is ≈2. Suggest an explanation.
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