Haber Process Equilibrium Conditions
For the synthesis of ammonia via the Haber process, a student proposes that the equilibrium yield of ammonia can be maximized by simultaneously increasing the pressure and decreasing the temperature. Which of the following statements correctly analyzes this strategy?
Increasing pressure and decreasing temperature have opposing effects on the equilibrium, canceling each other out.
Increasing pressure has no effect on the equilibrium position because the system will adjust to negate the change in conditions.
Increasing pressure favors the formation of ammonia due to fewer gas molecules on the product side, and decreasing temperature favors the exothermic forward reaction, both actions increasing ammonia yield.
Decreasing temperature will decrease the rate of reaction to such an extent that no ammonia is produced.
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