Subscript ‘H’ in the loop, then create ‘f’ tto have the same size as ‘H’ and then plot —
fv = 0:10:60;
tk=0.1;
tK=4;
theta0=-0.4;
theta1=0.3;
theta2=13.8/0.2;
iv = 0 : 0.1 : 40;
for i = 1:numel(iv)
H(i) = (theta0*(tK-tk))+(theta1*(exp(-theta2*tk*iv(i))));
end
f = linspace(min(fv), max(fv), numel(H));
figure
plot(f,H)
grid
.
