Question

Le Chatelier's Principle (2 parts) Hydrogen gas can be generated from methane by the following catalyzed reaction, performed in a closed container. CH4(g) + H2O(g) + heat ? CO(g) + 3H2(g) Indicate the direction in which the equilibrium position would shift as a consequence of each of the following actions: Left: increasing the pressure in the container by adding an inert gas Right: refrigerating the warm equilibrium mixture Right: increasing the size of the reaction container No Effect: adding catalyst to the mixture Ammonia gas can be synthesized by the following catalyzed reaction, performed in a closed container. N2(g) + 3H2(g) ? 2NH3(g) + heat Indicate the direction in which the equilibrium position would shift as a consequence of each of the following actions: Right: decreasing the relative concentration of NH3 (by removal) Left: heating the equilibrium mixture Right: adding N2 to the mixture Right: increasing the pressure in the container by adding an inert gas

          Le Chatelier's Principle (2 parts)

Hydrogen gas can be generated from methane by the following catalyzed reaction, performed in a closed container.
CH4(g) + H2O(g) + heat ? CO(g) + 3H2(g)

Indicate the direction in which the equilibrium position would shift as a consequence of each of the following actions:
Left: increasing the pressure in the container by adding an inert gas
Right: refrigerating the warm equilibrium mixture
Right: increasing the size of the reaction container
No Effect: adding catalyst to the mixture

Ammonia gas can be synthesized by the following catalyzed reaction, performed in a closed container.
N2(g) + 3H2(g) ? 2NH3(g) + heat

Indicate the direction in which the equilibrium position would shift as a consequence of each of the following actions:
Right: decreasing the relative concentration of NH3 (by removal)
Left: heating the equilibrium mixture
Right: adding N2 to the mixture
Right: increasing the pressure in the container by adding an inert gas

Le Chatelier's Principle (2 parts)

Hydrogen gas can be generated from methane by the following catalyzed reaction, performed in a closed container.
CH4(g) + H2O(g) + heat ? CO(g) + 3H2(g)

Indicate the direction in which the equilibrium position would shift as a consequence of each of the following actions:
Left: increasing the pressure in the container by adding an inert gas
Right: refrigerating the warm equilibrium mixture
Right: increasing the size of the reaction container
No Effect: adding catalyst to the mixture

Ammonia gas can be synthesized by the following catalyzed reaction, performed in a closed container.
N2(g) + 3H2(g) ? 2NH3(g) + heat

Indicate the direction in which the equilibrium position would shift as a consequence of each of the following actions:
Right: decreasing the relative concentration of NH3 (by removal)
Left: heating the equilibrium mixture
Right: adding N2 to the mixture
Right: increasing the pressure in the container by adding an inert gas

Added by Mercedes S.

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