A formula to the solutions of initial value problems of linear differential equations with constant coefficients
Yan Yang
Abstract
Yan Yang
Abstract
Aim Giving a formula to the linear ordinary differential equations with constant coefficients and quasi-polynomial non-homogeneous terms.Methods By means of using differential operators,ingenious logical deductions and coefficients comparing,the formulae of coefficients of the polynomials in the solutions are determined.Results A recursion formula to the solutions of a class of linear ordinary differential equations with constant coefficients is given.Conclusion The method of differential operators for solving linear ordinary differential equations with constant coefficients can be generalized further.
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Aim Giving a formula to the linear ordinary differential equations with constant coefficients and quasi-polynomial non-homogeneous terms.Methods By means of using differential operators,ingenious logical deductions and coefficients comparing,the formulae of coefficients of the polynomials in the solutions are determined.Results A recursion formula to the solutions of a class of linear ordinary differential equations with constant coefficients is given.Conclusion The method of differential operators for solving linear ordinary differential equations with constant coefficients can be generalized further.
Key concepts: Constant coefficients, Mathematics, Linear differential equation, Homogeneous differential equation, Constant (computer programming), Mathematical analysis, Differential equation, Ordinary differential equation