Solves a model
of the kinetic behaviour of a system of consecutive reactions,
,
,
in a batch reactor at constant volume, numerically, via a 4.
th order
Runge-Kutta method, and plots the four concentrations vs. time.
From the base data, the rate constants
(
k1 = 0.01,
k2 = 0.02) were made
to
double when
T rises by Δ
T1 and
Δ
T2, respectively.
(The system is, thus, quite sensitive to
T.)
Suggestions Vary:
T by about ± 5 K;
reaction time (to get steady state); initial concentrations
(eg., 30, 0, 10, 8).
