A) \[{{K}_{c}}\]
B) \[\sqrt{{{K}_{c}}}\]
C) \[K_{c}^{2}\]
D) \[\frac{1}{{{K}_{c}}}\]
Correct Answer: D
Solution :
\[N{{H}_{3}}\frac{1}{2}{{N}_{2}}+\frac{3}{2}{{H}_{2}}\] \[{{K}_{c}}=\frac{{{[{{N}_{2}}]}^{1/2}}{{[{{H}_{2}}]}^{3/2}}}{[N{{H}_{3}}]}\] ?. (i) \[\frac{1}{2}{{N}_{2}}+\frac{3}{2}{{H}_{2}}N{{H}_{3}}\] \[K{{}_{c}}=\frac{[N{{H}_{3}}]}{{{[{{N}_{2}}]}^{1/2}}{{[{{H}_{2}}]}^{3/2}}}\] ?. (ii) So, for dissociation \[K=\frac{1}{{{K}_{c}}}\]
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