For the following chemical reaction` 2x +yhArr Z ` the expression of equilibrium constant will beA. `K_(c ) =([x]^(2)[Y])/(Z)`B. `k_(c)=([x][y]^(2))/([Z])`C. `k_(c) =([Z])/([x]^(2)[Y])`D. `K_(c ) =([Z])/([X][Y]^(2))`

For the following chemical reaction` 2x +yhArr Z ` the expression of e

1.	For the following chemical reaction` 2x +yhArr Z ` the expression of equilibrium constant will beA. `K_(c ) =([x]^(2)[Y])/(Z)`B. `k_(c)=([x][y]^(2))/([Z])`C. `k_(c) =([Z])/([x]^(2)[Y])`D. `K_(c ) =([Z])/([X][Y]^(2))`
Answer» Correct Answer - C `k=(["product "])/(["Reactant"])`

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For the following chemical reaction` 2x +yhArr Z ` the expression of equilibrium constant will beA. `K_(c ) =([x]^(2)[Y])/(Z)`B. `k_(c)=([x][y]^(2))/([Z])`C. `k_(c) =([Z])/([x]^(2)[Y])`D. `K_(c ) =([Z])/([X][Y]^(2))`

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