Titles Pick one... Atomic Scattering Atoms in Motion Audioscope BellBox Chaos Data Analyzer Chaos Data Analyzer: Pro Chaos Demonstrations Chaos Simulations Chaotic Dynamics Workbench Chaotic Mapper Chart of the Nuclides Conceptual Kinematics The cT Programming Environment CUPLE DC Circuits Dipole Magnets Dynamic Analyzer Electric Field Hockey Electric Field Plotter EM Field Excel Spreadsheet Tutorial Force and Motion Microworld Forces Fourier Series Freebody Geometric Optics Gradebook Graphical Schrödinger's Equation Graphs & Tracks Lighting Up Circuits Mathplot Mechanics in Motion Motion in Electromagnetic Fields MouseLab Newtonian Sandbox Nonstationary Problems In Quantum Mechanics Objects in Motion ODE Workbench Optics Phenomena Orbits PEARLS Photoelectric Tutor Physics By Pictures Physics Demonstrations Physics Interactive Lectures and Studies Physics of Oscillations Physics Plot Physics Simulation Programs Physwiz Planets and Satellites Quadrupole Magnets Quantum Scattering Ray RealTime Maxwell Relativistic Collision RelLab Solid State Physics Spacetime The Cathode Ray Oscilloscope The C.U.P.S. Utilities The M.U.P.P.E.T. Utilities Thermodynamics Lecture Demos Variational Method Vectors Vibrational Modes VideoGraph Virtual E-Field Lab Virtual Spectroscope Wave Interference WaveMaker

Subjects Pick one... AC circuits Acceleration Ampere's law Angular acceleration Angular displacement Angular momentum Angular velocity Atoms Battery Bulb Capacitance Center of mass Centripetal acceleration Chaos Circular motion Collisions Conductors Conservation of energy Conservation of momentum Constant acceleration Coordinate systems Coulomb's Law Crystals Current DC Circuits Diffraction Diffraction grating Displacement Electric charge Electric field Electric flux Electric motive force Electric potential Electron in a finite well EM waves EMF Faraday's law of induction First law of thermodynamics Fluid mechanics Force Fourier analysis Fractals Freely falling objects Frequency Friction Gauss's law Gravity Heat Hydrogen atom Impulse Inductance Insulators Interference in thin films Interference of light waves Kepler's laws Kinematics Kinetic energy Kinetic theory of gases Lasers LC circuits Lenses Lenz's law Linear momentum Magnetic field Magnetic flux Magnetic force Mass Mathematics Matter waves Mechanics Metals Mirrors Moment of inertia Motion in an electric field Motion in one dimension Motion in two dimensions Motion of planets Moving references frames Newton's Laws Normal force Optics Oscillatory motion Pendulum Phase change due to reflection Phasors Photoelectric effect Photons Polarization Potential difference Potential energy Power Prisms Productivity tool Programming Projectile motion Quantum mechanics Radial acceleration Radioactive decay RC circuits Reflection Refraction Relative velocity Relativity Resistance Resonance RL circuits RLC series circuit Rotation Schrödinger's equation Second law of thermodynamics Semiconductors Simple harmonic motion Solenoid Sound Spring force Static equilibrium Superposition of waves Tangential acceleration Temperature Thermodynamics Torque Utility Vectors Velocity Wave interference Waves Work Young's double-slit experiment

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New Titles Physics Interactive Lectures and Studies Ted Princiotto Analyze Archimedes' Principle Examine simple harmonic motion Explore circuits and their behavior Virtual E-Field Lab Gregory Marlow View Electric Field Lines Examine the electric field forces Find the potential within the system Recent Titles Atoms in Motion Scott Johnson University of California, Davis Demonstrates the kinetic theory of gases Three-Dimensional animation of gas atoms Model solids, liquids, and gases Explore heat capacity and Brownian motion Virtual Spectroscope Freeman Deutsch Paul Antonucci Philip Sadler M.G. Wood Harvard College Observatory Analyze absorption and emission spectra Identify spectral lines Investigate how human eyes detect colors Geometric Optics David A. Alexander Svetlana G. Shasharina John R. Cary Tech-X Corporation View shadows from point and extended sources Explore refraction telescope, lens aberrations Learn how a pin hole camera can make a sharp image Quadrupole Magnets Whistlesoft, Inc. Los Alamos, NM Explore the world of magnetic control of ion beams A self-contained tutorial on quadrupole singlets, matrix notation, and quadratic systems Audioscope Gregory Marlow Analyze audio waveforms Analysis of amplitude modulated signals Record your own sounds or use the sample music scale included Dipole Magnets WhistleSoft, Inc. Los Alamos, NM Analysis of magnetic spectrometer devices Contains four sections: Uniform bending magnets, nonuniform bends, fringe fields, and the Kerst-Serber equation Motion in Electromagnetic Fields WhistleSoft, Inc. Los Alamos, NM Explores the motion of charged particles in electric and magnetic fields Contains five sections: circular motion in a uniform field, magnetic rigidity and spectrometer, Wein filter, cyclotron, and magnetron Question and answer section to enhance the learning MouseLab Freeman Deutsch Philip M. Sadler Charles A. Whitney Stephen T. Engquist Harvard University Study kinematics while looking at the relationship between displacement, acceleration, and velocity Helps students see the difference between constant velocity and constant acceleration Students can manually sketch graphs and the computer will calculate the other values so the student can see the difference Optics Phenomena Helmut F. Mikelskis University of Potsdam Demonstrates the basic properties of mirrors, lenses, reflection, and refraction Uses observable phenomena to help students with real and imaginary images Physics Plot Charles Spencer Ithaca College Helps students understand the concepts of plotting graphs Allows students to visualize error bars, least square fitting, auto scaling, data manipulation, and function plotting Scales can be determined automatically or manually, and log scales can be turned on or off