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    Inhomogeneous linear system of differential equation

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    Find the solution to the given system that satisfies the initial condition

    x'(t)= [0,2;4,-2]x(t) + [4t;-4t-2]

    a) x(0)= [4;-5]
    b) x(2)= [1;1]

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    https://brainmass.com/math/linear-algebra/inhomogeneous-linear-system-differential-equation-48882

    Solution Preview

    Start from solving the homogeneous system:
    x'(t)= [0,2;4,-2]x(t)
    To solve is we find the eigenvalues: e_1 = -4 and e_2 = 2, and respective eigenvectors,
    v_1 = [1;-2] and v_2 = [1;1] of the matrix [0,2;4,-2].

    { In case you need help in finding them: to find the eigenvalues solve the equation
    det( [ 0-e, 2 ; 4, -2-e] ) = 0, and than find any vectors of arbitrary normalization which satisfy equations [ 0-e, 2 ; 4, -2-e] v = 0 }

    Now, the ...

    Solution Summary

    Inhomogeneous linear system of differential equations are examined.

    $2.49

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