Using Matlab, write an .M code program:
Copyable Code:
%function f(x)
f = @(x)exp(x)-3*x.^4-40*x-10;
% initial value
x0 = 0; %change the value here x0 = 2 and x0 = 10
%initialize the iteration
i = 0;
%initialize the no. of iterations
t_iter = 5;
% initialize array to save iterations
xa = NaN(1,t_iter);
%assign the accuracy
acc = 1e-8;
%initialize the error
x_error = inf;
%check the while loop
while (i < t_iter) && (x_error > acc)
i = i + 1;
x_value = f(x0);
%store every iteration
xa(i) = x_value;
%find difference of initial value and x_value
x_error = abs(x_value - x0);
x0 = x_value;
end
%fixed iteration value
xa = xa(1:i);
%display the all iteration value
fprintf('%15.8e\n', xa);
Using Matlab, write an .M code program: Write a program for numerical solution of nonlinear equation...
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