8 mol of \[A{{B}_{3}}(g)\]are introduced into a \[1.0\text{ }d{{m}^{3}}\]vessel. If it dissociates as \[2A{{B}_{3}}(g)\rightleftharpoons {{A}_{2}}(g)+3{{B}_{2}}(g)\]. At equilibrium, 2 mol of \[{{A}_{2}}\] are found to be present. The equilibrium. constant of this reaction is

8 mol of \[A{{B}_{3}}(g)\]are introduced into a \[1.0\text{ }d{{m}^{3}

1.	8 mol of \[A{{B}_{3}}(g)\]are introduced into a \[1.0\text{ }d{{m}^{3}}\]vessel. If it dissociates as \[2A{{B}_{3}}(g)\rightleftharpoons {{A}_{2}}(g)+3{{B}_{2}}(g)\]. At equilibrium, 2 mol of \[{{A}_{2}}\] are found to be present. The equilibrium. constant of this reaction is
A.	2
B.	3
C.	27
D.	36
Answer» D. 36

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8 mol of \[A{{B}_{3}}(g)\]are introduced into a \[1.0\text{ }d{{m}^{3}}\]vessel. If it dissociates as \[2A{{B}_{3}}(g)\rightleftharpoons {{A}_{2}}(g)+3{{B}_{2}}(g)\]. At equilibrium, 2 mol of \[{{A}_{2}}\] are found to be present. The equilibrium. constant of this reaction is

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