Software Developed by opensourcephysics.org
Fourier Sine Series Model v.1.0
Study the sine series expansion coefficients with this tool. The Fourier sine series model displays the sine series expansion coefficients of an arbitrary function on the interval.
Foucault Rod Model v.1.0
Analyze circumnavigating rod vibrations with this tool. Foucault Rod model displays the vibration of a circumnavigating rod. One end of the rod is firmly secured to a support. The free end of the rod has a weight attached, like the bob of a pendulum.
Foucault Pendulum Model v.1.0
Study Foucault pendulum dynamics with this software. Foucault Pendulum model displays the dynamics of a Foucault pendulum.
Fermi-Pasta-Ulam Model v.1.0
The Fermi-Pasta-Ulam (FPU) problem is named after the numerical experiments first performed by Enrico Fermi, John Pasta, and Stanislaw Ulam in the summer of 1953 on the Los Alamos MANIAC computer, one of the first electronic computers.
Faraday Loop Model v.1.0
Study magnetic fields with this tool. Faraday Loop Model shows a conducting loop in a time-dependent constant magnetic field. The model is initially incomplete and students must complete the model by adding the appropriate equations.
Electric Generator Model v.1.0
Study electromagnetic induction with this simulation. Electric Generator Model shows a simple electric generator made from a conducting loop rotating in a uniform magnetic field and connected to an ammeter.
Diffusion Lattice Gas Program v.1.0
Diffusion of particles on a lattice simulation. Diffusion Lattice Gas software simulates the diffusion of particles on a lattice. The default is a lattice with linear dimension L=40 and N=500 particles.Requirements: *
Classical Helium Model v.1.0
Classical Helium Model is a three-body problem simulation to help you with your studies. Classical Helium Model is an example of a three-body problem that is similar to the gravitational three-body problem of a heavy sun and two light planets.
Circumnavigating Pendulum Model v.1.0
Study mechanical oscillator dynamics fast and easy. Circumnavigating Pendulum model displays the dynamics of a mechanical oscillator in uniform circular motion. The mechanical oscillator is free to move in two directions.
Circular Membrane Modes Model v.1.0
Circular Membrane Modes Model display the analytical wave equation solution for an ideal circular membrane with a fixed boundary. The solution is described by two integers m and n where n is a positive integer that counts the number of radial nodes