`Aoverset(K_(1))toBoverset(K_(2))toC` if all the reaction are `1^(st)` order and `(d[B])/(dt)=0`. Determine [B].A. `(K_(1)+K_(2))[A]`B. `(K_(1)-K_(2))[A]`C. `(K_(1)xxK_(2))[A]`D. `(K_(1))/(K_(2))xx[A]`

`Aoverset(K_(1))toBoverset(K_(2))toC` if all the reaction are `1^(st)`

1.	`Aoverset(K_(1))toBoverset(K_(2))toC` if all the reaction are `1^(st)` order and `(d[B])/(dt)=0`. Determine [B].A. `(K_(1)+K_(2))[A]`B. `(K_(1)-K_(2))[A]`C. `(K_(1)xxK_(2))[A]`D. `(K_(1))/(K_(2))xx[A]`
Answer» Correct Answer - D

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`Aoverset(K_(1))toBoverset(K_(2))toC` if all the reaction are `1^(st)` order and `(d[B])/(dt)=0`. Determine [B].A. `(K_(1)+K_(2))[A]`B. `(K_(1)-K_(2))[A]`C. `(K_(1)xxK_(2))[A]`D. `(K_(1))/(K_(2))xx[A]`

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