I'm currently trying to compute values of two different Variables, but the problem is that, while one equation is working, the other isn't. Here is my current code with my matrices included.
INITIAL MATRICES/ VECTORS:
X =
NaN
0.2200
0.3000
0.4400
0.4900
0.7000
0.8000
0.9000
1.1000
1.0000
1.1500
1.2000
1.2200
1.2600
1.2500
1.2700
1.2000
1.2200
1.2600
1.2000
1.2200
1.2600
1.2000
1.2200
1.2600
1.2500
t =
NaN
0
4
7
10
13
16
22
25
30
33
36
40
48
51
55
60
80
100
120
140
160
180
200
220
240
%% Problem 1
%{
X=Cell Mass Concentration (g/L)
U= Cell Mass Yield Per Carbon Monoxide gcells/mmolCO
t= Time (hours)
Mu= Specific Growth Rate
X1=X(1:end-1)
X2=X(2:end)
t1=t(1:end-1)
t2=t(2:end)
Mu=(X2-X1)/(t2-t1)
U=(X2-X1)/CO
%}
X1=X(1:end-1)
X2=X(2:end)
t1=t(1:end-1)
t2=t(2:end)
Mu=(log(X2)-log(X1))./(t2-t1);
U=(X2-X1)/CO;
%{
ans
Max value of Cell Mass Yield per Carbon Monoxide = max(Yx)
Max value of Cell Mass Concentration = max(Mu)
%}
% Find max values of specific growth rate(Mu) and cell mass yield(Yx/co)
Mumax=max(Mu);
Umax=max(U);
% Answer Display
sprintf('The maximum specific growth rate is %f, and the maximum cell mass yield per CO is %f',Mumax, Umax)
The problem with my current code is that, while Mu is equalling a vector which 26×1, U is equalling a matrix which is 25×26. I need U to also be a 26×1 vector, because currently my max value for U is 0.00000.
Best Answer