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The Equilibrium Constant Keq for the Reaction of Molecular Hydrogen °\degree

Question 5

Multiple Choice

The equilibrium constant Keq for the reaction of molecular hydrogen and molecular iodine in the gas phase is 54.3 at 430 °\degree C.
 The equilibrium constant K<sub>eq </sub>for the reaction of molecular hydrogen and molecular iodine in the gas phase is 54.3 at 430 \degree C.   Which of the following statements is true for this reaction at equilibrium? A)  The reactant concentration is larger than the product concentration. B)  The product concentration is larger than the reactant concentration. C)  The reactant concentration is the same as the product concentration. D)  None of these answer choices are correct. Which of the following statements is true for this reaction at equilibrium?


A) The reactant concentration is larger than the product concentration.
B) The product concentration is larger than the reactant concentration.
C) The reactant concentration is the same as the product concentration.
D) None of these answer choices are correct.

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