Question: Question 16 Consider the second-order reaction 2 NH (g) Ng (g) + 3 H (g) If hydrogen gas is being produced at a rate of

Question 16 Consider the second-order reaction 2 NH (g) Ng (g)

Question 16 Consider the second-order reaction 2 NH (g) Ng (g) + 3 H (g) If hydrogen gas is being produced at a rate of 1.92 x 10-M's when the concentration of ammonia is 3.6 M. a) Calculate the rate constant, k, from the rate law. b) if the ammonia concentration increased to 50 M, what would the rate of reaction be? M/S

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