A simulation of a ripple tank, or wave tank. Make waves with your finger, or view examples including such wave phenomena as interference, diffraction (single slit, double slit, etc. Create your own experiment and save it for future reference.

Ripple Tank alternatives

SpectrumView Plus

SPECTRUMVIEW PLUSVisualize in real time the frequencies that you can hear around you and even those you cannot. SpectrumView provides a high-quality real-time spectrogram and spectrum analyser display, with a configurable sample rate and frequency resolution, for the iPhone, iPad and iPod Touch. 64-bit support

  • size 16.6 MB

Touch Waves

Touch Waves is an educational application helpful for a high-school or university course of wave physics. It contains not only a memorandum of the basic equations, but it also contains approximately thirty animations (some in 3D) illustrating the various concepts of wave physics.70 screens of wave physics For teachers Connect your iPad to a video projector and show the animations to your students in classroom. List of animations: Motion of harmonic oscillator, Motion of damped oscillator, Motion of driven oscillator, Progressive transversal wave, Reflection and transmission on string, Standing waves on string, Progressive longitudinal wave, Beating wave, Acoustic Doppler effect, Snell-Descartes law, Law of spherical interface, Law of thin lens, Law of thick lens, Law of spherical mirror, Geometric aberration,Chromatic aberration,Visible spectrum, Electromagnetic wave in 3D,Electromagnetic spectrum, Absorption and emission of photon, Types of polarization, Types of polarization in 3D, Fresnels coefficients, Reflection and transmission in 3D,Degree of polarization in reflection,Interference in 3D,Youngs interferometer, Michelsons interferometer, Fabry-Prot interferometer,Diffraction by rectangular aperture, Diffraction by circular aperture.

  • size 45.9 MB

Refractive

Refractive is a software that calculates the refractive index of the major transparent materials in accordance to wavelength. Refractive is conceived for Optical design engineers as well as students interested in optics. Characteristics :- Calculation of the refractive index according to wavelength;- Calculation of lights transmission angles;- Reflection and transmission coefficients for the two materials in accordance to the angle of incidence;- Calculation of the critical angle and Brewsters angle,;- Recall of the major refraction formulas;- Possibility to define personalized materials.

  • size 16.2 MB

Electromag

Electromag is an educative application in support to a high-school or university course of electromagnetism. It contains not only a memorandum of the basic equations, but it also contains approximately twenty animations illustrating the various concepts of electromagnetism. Each section contains at least one animation of which some in 3D.List of animations: - Coulombs law,- Electric field lines,- Movement of a charge in electric field,- Electric dipole,- Lead-acid battery,- Torque on a current loop (in 3D),- Charge in magnetic field,- Cyclotron,- Induction field due to a current in a long straight wire (in 3D),- Generator (in 3D).

  • size 32.8 MB

Loughborough Wave Lab

Loughborough Wave Lab is an educational learning app designed to aid students in their understanding of electromagnetic wave concepts in an engaging and entertaining way Features include: Virtual pond Persistent Sinusoidal Pulses Virtual Ripple Tank Waveguide Simulator Youngs Double Slit Experiment Custom Simulation ModeLoughborough Wave Lab is intended to accompany teaching on Electromagnetic phenomena and to provide students with an interactive way of seeing these principles in action Educators can now author their own custom simulation files, upload them to a web server and then have Loughborough Wave Lab execute the simulations using a WiFi or cellular data connection to download the configurations and display them to the user. This uses the new, open-source configuration standard CEML which has been introduced by the developer (available at www.github.com/danielrbrowne/CEML)

  • size 16.9 MB