plot graphs with a range
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Hi, I have an equilibrium function, and I want to plot graphs of the equilibrium outputs as a function of temperature in a specific range.
R = 2.303 * 8.314;
T = 273 + 20;
F = 96500;
Eqv = @(z, Xout, Xin) ((R * T) / (z * F)) * log(Xout/Xin);
fprintf("<Question 1: Calculating the equilibrium potentials for ions at a temperature of 20>\n")
fprintf("(a) Equilibrium potential for K+")
Eqv(1,5,150)
fprintf("(b) Equilibrium potential for Na+")
Eqv(1,150,15)
fprintf("(c) Equilibrium potential for Cl-")
Eqv(1,125,10)
fprintf("(d) Equilibrium potential for Ca2+")
Eqv(2,2,0.0002)
This is the code for the equilibruim values of different ions, and I want to plot graphs of the equilibrium values(for each ions) as a function of temperature in the range of 283k to 313k.
Please help! Thank you.
采纳的回答
R = 2.303 * 8.314;
T = 273 + 20;
F = 96500;
Eqv = @(z, Xout, Xin) ((R * T) / (z * F)) * log(Xout/Xin);
fprintf("<Question 1: Calculating the equilibrium potentials for ions at a temperature of 20>\n")
fprintf("(a) Equilibrium potential for K+")
Eqv(1,5,150)
fprintf("(b) Equilibrium potential for Na+")
Eqv(1,150,15)
fprintf("(c) Equilibrium potential for Cl-")
Eqv(1,125,10)
fprintf("(d) Equilibrium potential for Ca2+")
Eqv(2,2,0.0002)
para = [ 1, 5, 150;
1, 150,15;
1, 125,10;
2, 2, 0.0002];
Eqv = @(T, z, Xout, Xin) ((R * T) / (z * F)) * log(Xout/Xin);
T = (283:313);
for i=1:height(para)
subplot(2, 2, i);
plot(T, Eqv(T, para(i,1), para(i,2), para(i,3)))
end
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