Software Developed by compadre.org
Newtonian Scattering Model v.1.0
Study Newton's Second Law with the help of this simulation. Newtonian Scattering model displays the gravitational scattering of a multiple masses incident on a target mass. The simulation displays the motion of the smaller.
Multiplicative Process Program v.1.0
Random multiplicative process analysis made easy. Multiplicative Process software simulates the outcome of a random multiplicative process, a product of random numbers. Examples of multiplicative processes include the distributions of incomes,
Multiple Slit Diffraction Model v.1.0
Fraunhofer diffraction simulation. Multiple Slit Diffraction model allows the user to simulate Fraunhofer diffraction through single or multiple slits. The user can modify the number of slits, the slit width,
Molecular Dynamics Demonstration v.1.0
Molecular Dynamics Demonstration is a molecular dynamics simulation.Molecular Dynamics Demonstration model is constructed using the Lennard-Jones potential truncated at a distance of 3 molecular diameters.
Molecular Dynamics Adiabatic Piston Model v.1.0
Analyze molecular dynamics with this tool. Molecular Dynamics Adiabatic Piston model shows two gas samples within a horizontal cylinder that is divided by an insulated piston that moves without friction.
Micrometer Model v.1.0
Analyze a micrometer with this tool. The Micrometer Model shows the principle of operation and the physical parts of a real micrometer.?
Mandelbrot Set v.1.0
Analyze the Mandelbrot fractal with this program. Mandelbrot Set model displays a set of points, c, in the complex plane that keep the function, z2 + c, bounded. The function is generated by starting with value of c and an initial value for z,
Magnetic Multipole Field Model v.1.0
Study magnetic fields with this simulation. Magnetic Multipole Field Model shows the field of a magnetic dipole or quadrupole with little compasses that indicate direction and relative field strength.
Magnetic Field from Loops Model v.1.0
Learn more about magnetic fields with the help of this simulation. The EJSMagnetic Field from Loops model computes the B-field created by an electric current through a straight wire, a closed loop, and a solenoid.