d c E P 1 d t
d c E S 1 d t
d c E S 1 S 2 = E P 1 P 2 d t
d c E d t
d c P 1 d t
d c P 2 d t
d c S 1 d t
d c S 2 d t
c E P 1
c E S 1
c E S 1 S 2 = E P 1 P 2
c E
c P 1
c P 2
c S 1
c S 2
k − 1
k − 2
k − 4
k − 5
k 1
k 2
k 4
k 5
d c S 1 d t = k − 1 c E S 1 − k 1 c E c S 1 d c S 2 d t = k − 2 c E S 1 S 2 = E P 1 P 2 − k 2 c E S 1 c S 2 d c E S 1 d t = k 1 c E c S 1 + k − 2 c E S 1 S 2 = E P 1 P 2 − k − 1 c E S 1 − k 2 c E S 1 c S 2 d c E S 1 S 2 = E P 1 P 2 d t = k 2 c E S 1 c S 2 − k − 2 c E S 1 S 2 = E P 1 P 2 + k − 4 c E P 1 c P 2 − k 4 c E S 1 S 2 = E P 1 P 2 d c E P 1 d t = k 4 c E S 1 S 2 = E P 1 P 2 + k − 5 c E c P 1 − k − 4 c E P 1 c P 2 − k 5 c E P 1 d c P 1 d t = k 5 c E P 1 − k − 5 c E c P 1 d c P 2 d t = k 4 c E S 1 S 2 = E P 1 P 2 − k − 4 c E P 1 c P 2 d c E d t = k − 1 c E S 1 + k 5 c E P 1 − k 1 c E c S 1 − k − 5 c E c P 1
Bi Bi Reaction Ordered Mechanism with Single Central Complex ODE System
system of ordinary differential equations describing a bi bi reaction with an ordered mechanism and Single Central complex
ordinary differential equation describing the concentration over time in an ordered bi bi reaction with a Single Central complex
reaction rate of specific entity