Denote the reaction rate constants as K1, K2, and K3. With this notation, the
basic reaction equation is:
E þ D $
K1
K2
I !
K3 E þ F
ð7:1Þ
The four basic differential equations that define the rate expressions, or
flows, are:
dD=dt ¼ K1 Ã D Ã E À K2 Ã I
ð7:2Þ
dI=dt ¼ K1 Ã S Ã E À K2 þ K3
ð
ÞÃI
ð7:3Þ
dE=dt ¼ ÀdI=dt
ð7:4Þ
dF=dt ¼ K3 Ã I
ð7:5Þ
Fig. 7.1
Fig. 7.2
70
7 Catalyzed Product
basic reaction equation is:
E þ D $
K1
K2
I !
K3 E þ F
ð7:1Þ
The four basic differential equations that define the rate expressions, or
flows, are:
dD=dt ¼ K1 Ã D Ã E À K2 Ã I
ð7:2Þ
dI=dt ¼ K1 Ã S Ã E À K2 þ K3
ð
ÞÃI
ð7:3Þ
dE=dt ¼ ÀdI=dt
ð7:4Þ
dF=dt ¼ K3 Ã I
ð7:5Þ
Fig. 7.1
Fig. 7.2
70
7 Catalyzed Product