Advanced Engineering Mathematics: Lecture 2.1 - Fundamental Theorem of Linear ODEs
In this lecture, we explore the derivation of linear homogeneous ordinary differential equations (ODEs) and discuss the fundamental theorem associated with them.
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Advanced Engineering Mathematics, Lecture 2.1: The fundamental theorem of linear ODEs.
In this lecture, we describe how a linear homogeneous ODE arises from a linear differential operator. Moreover, solutions to the ODE are precisely the functions in the kernel of the operator. A fundamental result is that every n'th order operator has an n-dimensional kernel. This means that every n'th order linear homogeneous ODE has a general solution involving exactly n linearly independent functions. We review how to find these functions for 1st order and certain 2nd order ODEs.
Course webpage (with lecture notes, homework, worksheets, etc.): http://www.math.clemson.edu/~macaule/math4340-online.html
Prerequisite: http://www.math.clemson.edu/~macaule/math2080-online.html
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#Mathematics #Advanced engineering mathematics #Differential equations #Linear #Homogeneous #General solution #Vector space #Basis #Linear operator #Separation of variables #Constant coefficients #Clemson
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