In the reaction, `A+BhArr2C.` at equilibrium, the concenration of A and B is `0.20 molI^(-1)` each and that of c was found to be `0.6molI^(-1).` tTe equiibrium constant of the reaction isA. `2.4`B. 18C. `4.8`D. 9

In the reaction, `A+BhArr2C.` at equilibrium, the concenration of A an

1.	In the reaction, `A+BhArr2C.` at equilibrium, the concenration of A and B is `0.20 molI^(-1)` each and that of c was found to be `0.6molI^(-1).` tTe equiibrium constant of the reaction isA. `2.4`B. 18C. `4.8`D. 9
Answer» Correct Answer - D `A+Boverset(K_(2))hArr2C` `K_(c)=([C]^(2))/([A][B])=([0.6]^(2))/([0.2][0.2])=9`

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In the reaction, `A+BhArr2C.` at equilibrium, the concenration of A and B is `0.20 molI^(-1)` each and that of c was found to be `0.6molI^(-1).` tTe equiibrium constant of the reaction isA. `2.4`B. 18C. `4.8`D. 9

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