Write a program in Matlab using Newton\'s method to solve this system of equations for x, y, and z... Solution f=inline(\'[-10*p(:,1)-10*p(:,2); 28*p(:,1)-p(:,2)-p(:,1).*p(:,3); p(:,1).*p(:,2)-(8*p(:,3))/2]\',\'p\'); tol = 0.4e-6; %error tolerance MaxIter = 10; format long x = sym(\'x\') ; y = sym(\'y\') ; z = sym(\'z\') ; F = f([x,y,z]); J = jacobian(F); invJ = inv(J); s = zeros(MaxIter,3); s(1,:) = [1 1 1]; % first set of values dsnorm = inf; iter = 1; while dsnorm>tol && itertol && itertol && iter.