For the reaction, `A+BhArr2C` `K_(C)=1`. If the initial concentration of A,B and C are 1m, 1m and 2m respectively then, at equilibrium.A. `[A]=[B]=[C]`B. `[A]=(4)/(3)M`C. `[B]=(2)/(3)M`D. `[A]=(1)/(2)[C]`

For the reaction, `A+BhArr2C` `K_(C)=1`. If the initial concentration

1.	For the reaction, `A+BhArr2C` `K_(C)=1`. If the initial concentration of A,B and C are 1m, 1m and 2m respectively then, at equilibrium.A. `[A]=[B]=[C]`B. `[A]=(4)/(3)M`C. `[B]=(2)/(3)M`D. `[A]=(1)/(2)[C]`
Answer» Correct Answer - A::B

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For the reaction, `A+BhArr2C` `K_(C)=1`. If the initial concentration of A,B and C are 1m, 1m and 2m respectively then, at equilibrium.A. `[A]=[B]=[C]`B. `[A]=(4)/(3)M`C. `[B]=(2)/(3)M`D. `[A]=(1)/(2)[C]`

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