b. Use the method of VARIATION OF PARAMETERS to find the general solution of the following system of DES: *-(-3)x + (1) X+ e²t (1). and λ=1 with corresponding eigenvector (³). (0.2) The eigenvalues of the coefficient matrix are X = 3 with correspond- ing eigenvector
b. Use the method of VARIATION OF PARAMETERS to find the general solution of the following system of DES: *-(-3)x + (1) X+ e²t (1). and λ=1 with corresponding eigenvector (³). (0.2) The eigenvalues of the coefficient matrix are X = 3 with correspond- ing eigenvector
b. Use the method of VARIATION OF PARAMETERS to find the general solution of the following system of DES: *-(-3)x + (1) X+ e²t (1). and λ=1 with corresponding eigenvector (³). (0.2) The eigenvalues of the coefficient matrix are X = 3 with correspond- ing eigenvector
Q2 b. Please help me out with this question, please step by step Differential Equations
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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