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Consider the equilibrium shown below. 2 ClO(g) Cl_2O_2(g) K_c = 4.96 times 10^11 at 253K At the equilibrium [Cl_2O_2] = 6.00 times 10^-6 M Calculate the concentration of ClO(g) at the equilibrium. Write chemical formulas for the following common inorganic laboratory acids and indicate if the acid is weak or strong. a. hydrofluoric acid _____ b. nitric acid _____ c. sulfuric acid _____ d. phosphoric acid _____ e. perchloric acid _____ 12. Balance the following redox reaction in acidic solution using the half reaction method. Cu(s) + NO_3^-(aq) rightarrow Cu^2+(aq) + NO_2(g)
Consider the equilibrium shown below. 2 ClO(g) Cl_2O_2(g) K_c = 4.96 times 10^11 at 253K At the equilibrium [Cl_2O_2] = 6.00 times 10^-6 M Calculate the concentration of ClO(g) at the equilibrium. Write chemical formulas for the following common inorganic laboratory acids and indicate if the acid is weak or strong. a. hydrofluoric acid _____ b. nitric acid _____ c. sulfuric acid _____ d. phosphoric acid _____ e. perchloric acid _____ 12. Balance the following redox reaction in acidic solution using the half reaction method. Cu(s) + NO_3^-(aq) rightarrow Cu^2+(aq) + NO_2(g)
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Sixta KovacekLv2
23 Feb 2019
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