[" For the set of reaction : "],[[" i) "A+B=(k_(1))/(k_(2))C;," ii) "C+B longrightarrow k_(3),D,k_(1)[A][B]-k_(2)[C]-k_(3)[C][B]" is equal to "]]

Conisder the following reactions: I. A+B underset(k_(-1))overset(k_(1))hArr C II. C + B overset(k_(2))rarr D Then k_(1)[A][B]-k_(-1)[C]-k_(2)[C][B] is equal to

Conisder the following reactions: I. A+B underset(k_(-1))overset(k_(1))hArr C II. C + B overset(k_(2))rarr D Then k_(1)[A][B]-k_(-1)[C]-k_(2)[C][B] is equal to (a) (-d[A])/(dt) (b) (-d[B])/(dt) (c) (d[C])/(dt) (d) (d[D])/(dt)

In the sequence of reaction A overset(K_(1)) to B overset(K_(2))to C overset(K_( c)) to D, K_(3) gt K_(2) gt K_(1) then the rate determining step of the reaction is

For the reaction 2AtoB+3C , if -(d[A])/(dt)=k_(1)[A]^(2),-(d[B])/(dt)=k_(2)[A]^(2),-(d[C])/(dt)=k_(3)[A]^(2) the correct reaction between k_(1),k_(2) and k_(3) is :

For the reaction 2AtoB+3C , if -(d[A])/(dt)=k_(1)[A]^(2),-(d[B])/(dt)=k_(2)[A]^(2),-(d[C])/(dt)=k_(3)[A]^(2) the correct reaction between k_(1),k_(2) and k_(3) is :

For the reaction 2AtoB+3C , if -(d[A])/(dt)=k_(1)[A]^(2),-(d[B])/(dt)=k_(2)[A]^(2),-(d[C])/(dt)=k_(3)[A]^(2) the correct reaction between k_(1),k_(2) and k_(3) is :

At a given temperature , k_(1)=k_(2) for the reaction, A+BhArrC+D If [(dx)/(dt)]=k_(1)[A][B]-k_(2)[C][D] in which set o fthe concentration , the reaction ceases?

Mechanism of the reaction is: A underset(k_(1))overset(k_(2))hArr B ...(i) B+A overset(k_(3))hArr C ...(ii) ul(bar(2A rarr C)) ...(iii) What is (a) (-d[A])/(dt) , (b) (d[B])/(dt) , (c ) (d[C])/(dt)

Mechanism of the reaction is: A underset(k_(1))overset(k_(2))hArr B ...(i) B+A overset(k_(3))hArr C ...(ii) ul(bar(2A rarr C)) ...(iii) What is (a) (-d[A])/(dt) , (b ) (d[C])/(dt)

If a lt c lt b , and if 1 -k_(1) lt ln ((b)/(a)) lt k_(2) -1 , then ( k _(1) , k_(2)) is