Software Developed by compadre.org
Intro 2DMotionLab Model v.1.0
Intro 2DMotionLab Model is a simulation to help you study motion in two dimensions.Introductory Physics 2D (Projectile) Motion Lab software asks students to develop a model for a ball with projectile motion.
Intro 1DMotionLab Model v.1.0
Study gravitational acceleration with this tool. Introductory Physics 1D Motion Lab software asks students to develop a model for a ball moving vertically under the influence of gravity. It is distributed as a ready-to-run (compiled) Java archive.
Interference with Synchronous Sources Model v.1.0
Simulate interference pattern with this tool. Interference with Synchronous Sources model displays the interference pattern on a screen due to between one and twenty point sources.
Interference Model: Ripple Tank v.1.0
Study constructive and destructive interference with this simulation. Interference Model: Ripple Tank investigates constructive and destructive interference between two point sources. The user can change the point source frequency,
Inferior Ptolemaic Model v.1.0
Ptolemy's orbit for a inferior planet simulation to help you with your studies. This simulation illustrates Ptolemy's orbit for a inferior planet. The model consists of a deferent circle,
Inertial Oscillation Model v.1.0
Study particle movement with this simulation. Inertial Oscillation model displays the motion of a particle moving over the surface of an oblate spheroid. The spheroid is flattened to an ellipsoid of revolution because it is rotating,
Inelastic Collision of Particles with Structure Model v.1.0
Analyze an inelastic collision with this application. Inelastic Collision of Particles with Structure model displays the inelastic collision between two equal "particles" with structure on a smooth horizontal surface.
Ikeda Delay Differential Equation Model v.1.0
Investigate the dynamics of a delay differential equation. Ikeda Delay Differential Equation model shows the dynamics of a delay differential equation that depends on the value of the dynamical variable x(t) at a previous time x(t-?).
Ideal Quantum Gas v.1.0
Ideal quantum gas equilibrium simulation. IdealQuantumGas software is a simulation of an ideal quantum gas in equilibrium with a heat bath. The software computes the density of states, particle distribution function, and energy occupancy diagram.