In [5]:

```
import math
# Variables
CAo = 6. # glucose solution
CM = 0.4 #kg/m3
V = 1. #m3
k = 4.
# Calculations and Results
N = math.sqrt(1+(CAo/CM));
kt_op = N/(N-1);
C_by_A = 0.1;
t_op = kt_op/k;
v_op = V/t_op;
#The feed rate of glumath.cose
FAo = v_op*CAo;
print " The feed rate of glumath.cose is %.1f"%(FAo) ,
print "kg/hr"
#Max consumption rate of glumath.cose is
XA = N/(N+1);
c_max = FAo*XA;
print " Max consumption rate of glumath.cose is %.1f "%(c_max),
print "kg/hr"
#Max production rate of E.coli is
Cc_op = (C_by_A)*CAo*N/(N+1);
Fcmax = v_op*Cc_op;
print " Max production rate of E.coli is %.2f"%(Fcmax),
print "kg/hr"
```

In [ ]:

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