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Extended detailed example on the process of creating a solution of a linear system from eigen-values and eigen-vectors. Clean homogeneous 2D system with initial condition.
A lab exploring the growth of a population using first order differential equations. Explores different factors including scarce resources and harvesting.
The user is given a first order differential equation and four plots of direction fields and asked to choose the field that matches the given differential equation.
Massive applet with many options for graphing 3d systems. Comes with instructions for all the options.
Four different applets for graphing solutions to systems of equation.
Many many examples of real-world bifurcation problems. Includes an index of examples. Smaller collection of demos and software (mostly 10 year old Fortran programs)
An interactive maplet that gives a differential equation and then steps the user through the process of solving the separable equation, allowing them to check their solutions at each step.
An interactive maplet that gives a differential equation and then steps the user through the process of solving the first order linear equation, allowing them to check their solutions at each step
Mostly a sort of on-line text on basic ODE topics (including types of equations and solutions), but the author has included several examples under each topic and has a link to show step-by-step so
A collection of Maple worksheets that go through analytic methods of solving first order differential equations (separable, linear, integrating factor, exact, Bernoulli).

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