In the reaction \[A+2B\]⇌\[2C\], if 2 moles of \[A,\,\,3.0\] moles of \[B\] and 2.0 moles of \[C\] are placed in a \[2.0\,\,l\] flask and the equilibrium concentration of \[C\] is 0.5 mole/\[l\]. The equilibrium constant \[({{K}_{c}})\] for the reaction is [KCET 1996]

In the reaction \[A+2B\]⇌\[2C\], if 2 moles of \[A,\,\,3.0\] moles o

1.	In the reaction \[A+2B\]⇌\[2C\], if 2 moles of \[A,\,\,3.0\] moles of \[B\] and 2.0 moles of \[C\] are placed in a \[2.0\,\,l\] flask and the equilibrium concentration of \[C\] is 0.5 mole/\[l\]. The equilibrium constant \[({{K}_{c}})\] for the reaction is [KCET 1996]
A.	0.073
B.	0.147
C.	0.05
D.	0.026
Answer» D. 0.026

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In the reaction \[A+2B\]⇌\[2C\], if 2 moles of \[A,\,\,3.0\] moles of \[B\] and 2.0 moles of \[C\] are placed in a \[2.0\,\,l\] flask and the equilibrium concentration of \[C\] is 0.5 mole/\[l\]. The equilibrium constant \[({{K}_{c}})\] for the reaction is [KCET 1996]

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