List of applets
- Applet: Linear 2d flow: simplified general linear system
Applet: A linear function of one variable (Interactive)
A plot of the linear function $f(x)=ax$, which is a line through the origin.- Applet: Plot eigenvectors of a linear system on the phase plane (Interactive)
- Applet: A linear system with phase plane and versus time (Animation, Interactive)
Illustration of the solution to a system of two linear ordinary differential equations, plotted both on a phase plane and as functions of time. 
Applet: Linear transformation in two dimensions (Interactive)
Illustration of the stretching and orientation reversing properties of two-dimensional linear transformations.
Applet: A three-dimensional linear transformation that preserves orientation (Interactive)
Illustration of a linear transformation mapping the unit cube to a parallelepiped while preserving orientation.
Applet: A three-dimensional linear transformation that reverses orientation (Interactive)
Illustration of a linear transformation mapping the unit cube to a parallelepiped while reversing orientation.- Applet: Line graph
Applet: The line integral over multiple paths of a conservative vector field (Interactive)
The line integral of a conservative vector field is shown to be the same over three curves that share the same endpoints.
Applet: Line integral of helix mass from density (Interactive)
The line integral giving the mass of a helical wire with variable density is approximated by a piecewise linear wire with constant density on each segment.
Applet: The line integral of a path-dependent vector field (Interactive)
The line integral of a path-dependent vector field is shown to depend on the path taken between two endpoints.
Applet: Line parametrization (Interactive)
A illustration of the parametrization of a line with movable point, direction vector, and parameter value.
Applet: A line determined by two points (Interactive)
A line is determined by two movable points.- Applet: Line from two points, two dimensions
Applet: A line determined by two vectors (Interactive)
A line is determined by a direction vector and a point that is represented by a vector from the origin.
Applet: A local maximum of a function of two variables
Illustration of a local maximum of a function of two variables.
Applet: A local minimum of a function of two variables
Illustration of a local minimum of a function of two variables.
Applet: Logistic and exponential growth (Interactive)
Illustration of how logistic and exponential growth agree for small population sizes and diverge as the population gets larger.
Applet: Lotka-Volterra model, with phase plane, functions of time and population display (Animation, Interactive)
Illustration of a predator-prey system by plots of populations size versus time, a phase plane plot, and a display of the number of individuals in the populations.
Applet: Lotka-Volterra model, visualized as functions of time (Interactive)
Illustration of a predator-prey system by plots of populations size versus time.
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