A) High temperature and high pressure
B) Low temperature and low pressure
C) Low temperature and high pressure
D) High temperature and low pressure
Correct Answer: C
Solution :
\[{{A}_{2}}(g)+{{B}_{2}}(g){{X}_{2}}(g);\Delta H=-xkJ\] On increasing pressure equilibrium shifts in a direction where pressure decreases i.e. forward direction. On decreasing temperature, equilibrium shifts in exothermic direction i.e., forward direction. So, high pressure and low temperature favours maximum formation of product.
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