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Consider the dissociation of 1.000MHIO3 in water. Determine the equilibrium concentration of H+and the equilibrium constant Kc, based on the initial concentration and the equilibrium

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Consider the dissociation of 1.000MHIO3 in water. Determine the equilibrium concentration of H+and the equilibrium constant Kc, based on the initial concentration and the equilibrium concentration data given in the table below. (You will need to fill out the whole table on your own paper in order to determine the equilibrium constant.) [H+]eq= Kc= Reaction: HIO3(aq)H+(aq)+IO3(aq) Which of the following are valid equilibrium constant expressions for the balanced reaction of iron(III) oxide with hydrogen gas to give elemental iron and steam? (the unbalanced reaction is given below) Fe2O3(s)+H2(g)Fe(s)+H2O(g) Kc=[FC2O3][H2]3[H2O]3[Fe] Kc=[H2]3H2O3 Kc=H22H2O2 Kc=H2H2O Kp=PH2lPH2O3

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