From the following reaction sequence:Cl2+2KOH→KCl+KClO+H2O3KClO→2K – InterviewSolution

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1.	From the following reaction sequence:Cl2+2KOH→KCl+KClO+H2O3KClO→2KCl+KClO34KClO3→3KClO4+KClCalculate the mass of chlorine that reacts with an excess of KOH needed to produce 100 g of KClO4.
Answer» From the following reaction sequence: $C l_{2} + 2 K O H \to K C l + K C l O + H_{2} O$ $3 K C l O \to 2 K C l + K C l O_{3}$ $4 K C l O_{3} \to 3 K C l O_{4} + K C l$ Calculate the mass of chlorine that reacts with an excess of $K O H$ needed to produce $100 g$ of $K C l O_{4}$ .

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