In this course, you will learn about second order linear differential equations (homogeneous and nonhomogeneous), systems of ordinary differential equations, fourier series, laplace transforms and ...

The course provides a thorough introduction to design, analysis (both theoretical and empirical), and programming of difference and elemental methods to solve differential equations. In addition, the ...

The course gives a thorough basis for understanding stochatsic dynamics and models. We will in particular study Brownian motion and martingales, Ito’s stochastic calculus, stochastic integration and ...

MR MURRAY'S book is adapted to provide for students that knowledge of the subject of differential equations which they are likely to want in applications of mathematics to physics, and in the general ...

This is a Learning Note for Ordinary Differential Equations and Linear Algebra. Everyone is welcome to improve it. For the editting notes, I recommend to use .md (Markdown) files. The greatest feature ...

Offered by the Department of Mathematical Sciences at Faculty of Science and Technology Modelling under uncertainty has become one of the buzzwords of these days. Finance, weather prediction, biology, ...

Navigate to the repository directory. Run the script you want.

Just like substitutions were used in previous experiences with calculus, various expressions (usually referred to as u) can be defined which simplify the process of solving the differential equation.

Nathan Pennington discussed the problems with the way differential equations are presented in courses. Associate Professor in the Department of Mathematics at Creighton University Nathan Pennington ...