- #1
adl2114
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I know the rate equations for a parallel reaction are
d[A]/dt =-k1[A]-k2[A]
d/dt =k1[A]
d[C]/dt =k2[A]
and I know that the rate equations for a reversible reaction are
d[A1]/dt =-k1[A1]+k2[A2]
d[A2]/dt =k1[A1]-k2[A2]-k3[A2]+k4[A3]
d[A3]/dt =k3[A2]-k4[A3]
But what would d[A]/dt, d/dt, and d[C]/dt be for a parallel reversible reaction be such as
A<--->B where --->k1 and <---k2
A<--->C where --->k3 and <---k4
where t is time of course and it's a first order reaction
d[A]/dt =-k1[A]-k2[A]
d/dt =k1[A]
d[C]/dt =k2[A]
and I know that the rate equations for a reversible reaction are
d[A1]/dt =-k1[A1]+k2[A2]
d[A2]/dt =k1[A1]-k2[A2]-k3[A2]+k4[A3]
d[A3]/dt =k3[A2]-k4[A3]
But what would d[A]/dt, d/dt, and d[C]/dt be for a parallel reversible reaction be such as
A<--->B where --->k1 and <---k2
A<--->C where --->k3 and <---k4
where t is time of course and it's a first order reaction
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