Wave Model of Light Science Games

10 games

In this series of games, your students will learn how light behaves like a wave. The Wave Model of Light learning objective — based on NGSS and state standards — delivers improved student engagement and academic performance in your classroom, as demonstrated by research.

Scroll down for a preview of this learning objective’s games and the concepts they drive home.

Concepts Covered

Light is the transfer of energy via electromagnetic waves. Modeling it as a wave allows us to understand its behaviors that other waves experience, like reflection, refraction, absorption, transmission, diffraction, and interference.

Waves are disturbances that transfer energy from one place to another. There are many different measurements used to describe waves:

  • Wavelength – the distance between two wave peaks.
  • Amplitude – half the distance between the lowest point (trough) and highest point (crest or peak).
  • Frequency – how many wavelengths pass over a period of time.
  • Period – how long it takes for one wavelength to pass a single point.
  • Speed – the distance a wave travels over time.

Visible light, radio waves, microwaves, infrared radiation, ultraviolet, x-rays, and gamma rays make up the electromagnetic spectrum. They all travel at the same speed — the speed of light — in a vacuum, but when they come into contact with matter, they slow down.

Stars, fire, lamps, and other sources emit light. Different sources produce different types of light. For example, the sun gives off visible light as well as some infrared and ultraviolet light.

Different materials cause light to behave differently when it interacts with them. They can reflect, transmit, or absorb different amounts and wavelengths of light.

A preview of each game in the learning objective is found below.

You can access all of the games on Legends of Learning for free, forever, with a teacher account. A free teacher account also allows you to create playlists of games and assignments for students and track class progress. Sign up for free today!

Image for Wave Interference - Waves
Wave Interference - Waves Estimated Duration: 10 minutes Make waves with a dripping faucet, speaker, or laser. Adjust the frequency and amplitude, and observe the changes in the wave. Design experiments to measure wavelength and wave speed. Note: Students will automatically move through this simulation after 10 minutes of playtime.
Image for Wave Interference - Interference
Wave Interference - Interference Estimated Duration: 10 minutes Explore how a pair of wave sources create an interference pattern. Adjust the source frequency and separation, and determine how to change the interference pattern. Identify points of constructive and destructive interference by eye, and by using the detectors. Note: Students will automatically move through this simulation after 10 minutes of playtime.
Image for Wave Interference - Slits
Wave Interference - Slits Estimated Duration: 10 minutes Put up a barrier to see how the waves move through one or two slits, and discover the resulting interference pattern. Determine how to change the pattern by adjusting the slit width and separation. Predict the location of the interference maxima and minima, and verify your predictions. Note: Students will automatically move through this simulation after 10 minutes of playtime.
Image for Light Wave Party Pop
Light Wave Party Pop Estimated Duration: 12 minutes Light Wave Party Pop is an engaging and visually captivating educational game that brings the science of light and electromagnetic waves to life. Students will embark on an exciting journey where they control a photon, navigating vibrant color waves and solving interactive puzzles that reinforce key concepts like wavelength, frequency, and energy. With its playful atmosphere, simple controls, and dynamic learning through play, this game makes complex scientific principles accessible and fun, ensuring students grasp essential content while enjoying a memorable gaming experience. Perfect for reinforcing classroom lessons in an immersive, hands-on way!
Image for Galaxy Escape
Galaxy Escape Estimated Duration: 20 minutes 10 Bright Monsters have been captured in space and they need your help to cross the galaxy jumping between platforms, finding them, and releasing them by correctly answering each question. Each monster that you release and unlock will be available to play with in the next level, in the search for the next monster. In your journey, you’ll be able to find power-ups, like ‘Double points’ and ‘Slow down’, which can be activated by finding gems, and their duration can be extended by correctly answering a question. Unlock and release the 10 different monsters and a spaceship along 10 different levels, while you make the most possible points.
Image for Wave Interference - Diffraction
Wave Interference - Diffraction Estimated Duration: 10 minutes Experiment with diffraction through elliptical, rectangular, or irregular apertures. Adjust the aperture dimensions and/or wavelength to discover the effect on the diffraction pattern. Note: Students will automatically move through this simulation after 10 minutes of playtime.
Image for Waves Intro - Light
Waves Intro - Light Estimated Duration: 10 minutes Make light waves with a laser, and discover what determines the color of light. Adjust the frequency and amplitude, and observe the changes in the wave. Design experiments to measure wavelength and wave speed. Note: Students will automatically move through this simulation after 10 minutes of playtime.
Image for Wave Model of Light
Wave Model of Light Estimated Duration: 3 minutes Engaging video about waves and their properties.
Image for Robot Chef
Robot Chef Estimated Duration: 18 minutes Congratulations, you are creating the first all-robot restaurant in the city! As you serve more customers, you will be able to build more robots to assist in delivering tasty treats. Attend Night School and answer questions to earn advanced robot chefs!
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