Consider the Haber process for preparing ammonia from nitrogen and hydrogen as shown below and the reaction s corresponding equilibrium constant at 532 C.
N₂(g) + 3 H₂ (g) 2 NH₃(g) K eq (532 C) = 0.19
At a particular moment, the following equilibrium concentrations were observed:
N₂= 0.079 M, H₂ = 0.12 M and NH₃= 0.0051 M. After calculating the reaction quotient , Q , what can be stated about the direction in which this reaction is proceeding?

Question

Consider the Haber process for preparing ammonia from nitrogen and hydrogen as shown below and the reaction s corresponding equilibrium constant at 532 C.
N₂(g) + 3 H₂ (g)  2 NH₃(g) K eq (532 C) = 0.19
At a particular moment, the following equilibrium concentrations were observed:
N₂= 0.079 M, H₂ = 0.12 M and NH₃= 0.0051 M. After calculating the reaction quotient , Q , what can be stated about the direction in which this reaction is proceeding?

Quizplus · Accepted Answer

The Answer of Consider the Haber process for preparing ammonia from nitrogen and hydrogen as shown below and the reaction s corresponding equilibrium constant at 532 C.
N₂(g) + 3 H₂ (g)  2 NH₃(g) K eq (532 C) = 0.19
At a particular moment, the following equilibrium concentrations were observed:
N₂= 0.079 M, H₂ = 0.12 M and NH₃= 0.0051 M. After calculating the reaction quotient , Q , what can be stated about the direction in which this reaction is proceeding?

Consider the Haber Process for Preparing Ammonia from Nitrogen and Hydrogen