List of applets
Applet: A change of variables for an electrode tip domain (Interactive)
A movable point illustrates a mapping from a rectangular solid onto a shape representing an electrode tip.
Applet: A change of variables for an electrode tip domain changes volume (Interactive)
An illustration of how a mapping from a rectangular solid onto an electrode tip shape changes volume.
Applet: A three dimensional domain of an electode trip
A shape representing the tip of an electrode.
Applet: Ellipsoid coefficients (Interactive)
Illustration of the dependence of an ellipsoid on its parameters.
Applet: Ellipsoid cross sections (Interactive)
Illustration of the vertical and horizontal cross sections of an ellipsoid.
Applet: Elliptic paraboloid coefficients (Interactive)
Illustration of the dependence of an elliptic paraboloid on its parameters, plotted with both square and elliptical domains.
Applet: Elliptic paraboloid cross sections (Interactive)
Illustration of the vertical and horizontal cross sections of an elliptic paraboloid plotted with both square and circular domains.- Applet: Equilibria from graph of function and diagonal (Interactive)
Applet: The Euler algorithm or approximating area with a Riemann sum (Interactive)
Demonstration of the link between the Euler approximation to a pure-time differential equation and calculating the area under a curve.- Applet: Evolution of a bistable population (Interactive)
The evolution of the size of a population is illustrated in three different ways, showing how the population dies out or survives, depending on the initial population size. 
Applet: Example three-dimensional vector field
An illustration of a complicated vector field.
Applet: Expanding three-dimensional vector field
A vector field that illustrates an expansion of fluid.- Applet: Exploring autonomous differential equations, multiple trajectories (Animation, Interactive)
Applet: The exponential function (Interactive)
An interactive plot of the exponential function, allowing exploration of the effect of its parameters.- Applet: Fitzhugh-Nagumo neuron model versus time and phase plane (Animation, Interactive)
- Applet: Fitzhugh-Nagumo oscillations from Poincare Bendixon
- Applet: Fit two lines to data, drug concentration
Applet: Fluid flow through oriented helicoid (Interactive)
An illustration of a vector field flowing through a helicoid surface that is oriented by choice of normal vector.
Applet: Fluid flow through a point of oriented helicoid (Interactive)
An illustration of a vector field flowing through a point of a helicoid surface that is oriented by choice of normal vector.
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