# Definition:Second Order Ordinary Differential Equation

(Redirected from Definition:Second Order ODE)

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## Definition

A **second order ordinary differential equation** is an ordinary differential equation in which any derivatives with respect to the independent variable have order no greater than $2$.

The general **second order ODE** can be written as:

- $\ds \map F {x, y, \frac {\d y} {\d x}, \frac {\d^2 y} {\d x^2} }$

or, using prime notation:

- $\map F {x, y, y^\prime, y^{\prime \prime} }$

## Historical Note

Much of the theory of Second Order ODEs was progressed by Leonhard Paul Euler.