dXdt = @(X) [
2*(x(1) + 0.005)^2 + 3*(x(1) + 0.005)*(x(2) + 0.003);
2*(x(1) + 0.005) + 4*(x(2) + 0.003)^2;
(x(1) + 0.005)^3 + (x(2) + 0.003)*(x(3) + 0.05);
2*(x(3) + 0.005) + (x(4) + 0.025)^2;
(x(1) + 0.005)*(x(5) + 0.0236) + (x(2) + 0.003) + (x(4) + 0.0125)
];
Given a set of nonlinear differential equations for dxdt , how can I express the system in the form x_dot = A(X)*X+B using MATLAB code?
X=[x(1), x(2)….x(5)] is the statesdXdt = @(X) [
2*(x(1) + 0.005)^2 + 3*(x(1) + 0.005)*(x(2) + 0.003);
2*(x(1) + 0.005) + 4*(x(2) + 0.003)^2;
(x(1) + 0.005)^3 + (x(2) + 0.003)*(x(3) + 0.05);
2*(x(3) + 0.005) + (x(4) + 0.025)^2;
(x(1) + 0.005)*(x(5) + 0.0236) + (x(2) + 0.003) + (x(4) + 0.0125)
];
Given a set of nonlinear differential equations for dxdt , how can I express the system in the form x_dot = A(X)*X+B using MATLAB code?
X=[x(1), x(2)….x(5)] is the states dXdt = @(X) [
2*(x(1) + 0.005)^2 + 3*(x(1) + 0.005)*(x(2) + 0.003);
2*(x(1) + 0.005) + 4*(x(2) + 0.003)^2;
(x(1) + 0.005)^3 + (x(2) + 0.003)*(x(3) + 0.05);
2*(x(3) + 0.005) + (x(4) + 0.025)^2;
(x(1) + 0.005)*(x(5) + 0.0236) + (x(2) + 0.003) + (x(4) + 0.0125)
];
Given a set of nonlinear differential equations for dxdt , how can I express the system in the form x_dot = A(X)*X+B using MATLAB code?
X=[x(1), x(2)….x(5)] is the states nonlinear MATLAB Answers — New Questions

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