We make use of linear operators to derive the formulae for the general solution of elementary linear scalar ordinary differential equations of order n. The key lies in the factorization of the linear operators in terms of first-order operators. These first-order operators are then integrated by applying their corresponding integral operators. This leads to the solution formulae for both homogeneous- and nonhomogeneous linear differential equations in a natural way without the need for any ansatz (or educated guess ). For second-order linear equations with nonconstant coefficients, the condition of the factorization is given in terms of Riccati equations
Representation formula for solutions of second order linear differential equatio
AbstractNecessary and sufficient conditions on the coefficients of the general linear, homogeneous, ...
AbstractThe expansion of a product of n linear factors in the operator D is obtained and this leads ...
This paper presents the use of operator factorization in solving linear differential equations. Firs...
AbstractWe use elementary methods and operator identities to solve linear matrix differential equati...
An operator is a symbol for an operation upon a function called the object function. The result of t...
An operator is a symbol for an operation upon a function called the object function. The result of t...
An operator is a symbol for an operation upon a function called the object function. The result of t...
AbstractWe use elementary methods and operator identities to solve linear matrix differential equati...
summary:The article studies a general linear differential equations of the 2nd order the solution $y...
summary:The article studies a general linear differential equations of the 2nd order the solution $y...
In this note, we present an elementary proof of the uniqueness of the solutions of the initial value...
AbstractWe present a new approach for expressing and solving boundary problems for linear ordinary d...
Most texts on elementary differential equations solve homogeneous constant coefficient linear equati...
The subject of this article are linear and quasilinear differential equations of second order that m...
Representation formula for solutions of second order linear differential equatio
AbstractNecessary and sufficient conditions on the coefficients of the general linear, homogeneous, ...
AbstractThe expansion of a product of n linear factors in the operator D is obtained and this leads ...
This paper presents the use of operator factorization in solving linear differential equations. Firs...
AbstractWe use elementary methods and operator identities to solve linear matrix differential equati...
An operator is a symbol for an operation upon a function called the object function. The result of t...
An operator is a symbol for an operation upon a function called the object function. The result of t...
An operator is a symbol for an operation upon a function called the object function. The result of t...
AbstractWe use elementary methods and operator identities to solve linear matrix differential equati...
summary:The article studies a general linear differential equations of the 2nd order the solution $y...
summary:The article studies a general linear differential equations of the 2nd order the solution $y...
In this note, we present an elementary proof of the uniqueness of the solutions of the initial value...
AbstractWe present a new approach for expressing and solving boundary problems for linear ordinary d...
Most texts on elementary differential equations solve homogeneous constant coefficient linear equati...
The subject of this article are linear and quasilinear differential equations of second order that m...
Representation formula for solutions of second order linear differential equatio
AbstractNecessary and sufficient conditions on the coefficients of the general linear, homogeneous, ...
AbstractThe expansion of a product of n linear factors in the operator D is obtained and this leads ...