\[{{A}_{(g)}}+3{{B}_{(g)}}\] ⇌\[4{{C}_{(g)}}\]. Starting concentration of A is equal to B, equilibrium concentration of A and C are same. \[{{K}_{c}}=\] [Kerala CET 2005]

\[{{A}_{(g)}}+3{{B}_{(g)}}\] ⇌\[4{{C}_{(g)}}\]. Starting concentrati

1.	\[{{A}_{(g)}}+3{{B}_{(g)}}\] ⇌\[4{{C}_{(g)}}\]. Starting concentration of A is equal to B, equilibrium concentration of A and C are same. \[{{K}_{c}}=\] [Kerala CET 2005]
A.	0.08
B.	0.8
C.	8
D.	80
E.	1/8
Answer» D. 80

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\[{{A}_{(g)}}+3{{B}_{(g)}}\] ⇌\[4{{C}_{(g)}}\]. Starting concentration of A is equal to B, equilibrium concentration of A and C are same. \[{{K}_{c}}=\] [Kerala CET 2005]

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