What effect will spraying liquid water into the equilibrium given below have if NH3 is far more soluble in water than is N2 or H2?
N2(g) + 3H2(g) 2NH3(g)
A) More NH3(g) will form.
B) More H2(g) will form.
C) Less NH3(g) will form.
D) This will not affect the system.
E) More N2(g) will form.

According to the Le Chatellier Principle if we remove product from a reaction which is in equilibrium, then the effect will to produce more product in order to replace what has been removed.

In this reaction also , on spraying liquid water, Ammonia being water soluble will be consumed. Hence, The reaction will shift in forward direction leading to more formation of Ammonia (NH3).

Hence option A will be correct .

What effect will spraying liquid water into the equilibrium given below have if NH3 is far more soluble in water than is N2 or H2? N2(g) + 3H2(g) 2NH3(g) A) More NH3(g) will form. B) More H2(g) will form. C) Less NH3(g) will form. D) This will not affect the system. E) More N2(g) will form.

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What effect will spraying liquid water into the equilibrium given below have if NH3 is far more soluble in water than is N2 or H2?
N2(g) + 3H2(g) 2NH3(g)
A) More NH3(g) will form.
B) More H2(g) will form.
C) Less NH3(g) will form.
D) This will not affect the system.
E) More N2(g) will form.