I'm trying to plot this equation:
Then use gamma as 1.4, 1.3, and 1.2.
And have n_n (eta_n) as a varied range of numbers: [ 1.00 0.975 0.975 0.950 0.925]
But with the code I kept trying to manipulate, I keep getting just one plot, and it's the wrong plot as well. Please, any advise will help.
the graph is supposed to be including all the eta_n. Each of them. Then the varied gammas are seperate. So, I should end up with three graphs, one for each gamma value, each having four curves (eta_n)
The graph is supposed to look like something like this: (if gamma = 1.3)
g1 = 1.4;
g2 = 1.3;
g3 = 1.2;
n = [1.00 0.975 0.975 0.950 0.925];
p = 100;
M = linspace(1,10,15);
for N = 1:numel(n)
A_1(n) = ((1./M).*((2/(g1+1)).*(1+((g1-1)./2).*M.^2).^((1/2).*((g1+1)./(g1-1))))).*((1+(1-(1./(n))).*((g1-1)./2).*M.^2).^(-g1/(g1-1)));