2 mol of \[{{N}_{2}}\] is mixed with 6 mol of \[{{H}_{2}}\]in a closed vessel of one litre capacity. If 50% of \[{{N}_{2}}\]is converted into \[N{{H}_{3}}\]at equilibrium, the value of \[{{K}_{c}}\]for the reaction \[{{N}_{2(g)}}+3{{H}_{2(g)}}\] ⇌\[2N{{H}_{3(g)}}\]is [Kerala PMT 2004]

2 mol of \[{{N}_{2}}\] is mixed with 6 mol of \[{{H}_{2}}\]in a closed

1.	2 mol of \[{{N}_{2}}\] is mixed with 6 mol of \[{{H}_{2}}\]in a closed vessel of one litre capacity. If 50% of \[{{N}_{2}}\]is converted into \[N{{H}_{3}}\]at equilibrium, the value of \[{{K}_{c}}\]for the reaction \[{{N}_{2(g)}}+3{{H}_{2(g)}}\] ⇌\[2N{{H}_{3(g)}}\]is [Kerala PMT 2004]
A.	\[4/27\]
B.	\[27/4\]
C.	\[1/27\]
D.	24
E.	9
Answer» B. \[27/4\]

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2 mol of \[{{N}_{2}}\] is mixed with 6 mol of \[{{H}_{2}}\]in a closed vessel of one litre capacity. If 50% of \[{{N}_{2}}\]is converted into \[N{{H}_{3}}\]at equilibrium, the value of \[{{K}_{c}}\]for the reaction \[{{N}_{2(g)}}+3{{H}_{2(g)}}\] ⇌\[2N{{H}_{3(g)}}\]is [Kerala PMT 2004]

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