Types of Waves Teacher Resources

Find Types of Waves educational ideas and activities

Showing 21 - 40 of 137 resources
Wow! Colorful and simple, these 160 slides introduce the various forms of energy, along with a relevant image. Some of the images are animations, which help beginning physical scientists to visualize the flow of electrons or energy! This PowerPoint would be great to bring energy concepts to your class, including transformation of energy, energy transfer, and the law of conservation of energy. Use some or all of the slides to your liking!
Here is a comprehensive package in which middle schoolers learn about types of seismic waves, triangulation, and tectonic plate boundaries. Complete vocabulary, colorful maps, and a worksheet are included via links on the webpage. You will need to have some Slinky® spring toys on hand to demonstrate P and S waves, and a way to project the accompanying maps. A whole-class activity involves learners lining up with shoulders touching, and having them act out the wave movements.
Students build and test structures that can best withstand earthquakes. They create their structures from playdough, cornstarch, grape-nuts and popsicle sticks and place their structures on a "shake table."
Use a video on seismic waves to explain the differences between s and p waves, as well as the details that they provide about the composition of the rock.
Light waves and sound waves are the focus of this science lesson designed for 5th graders. Besides discovering how these waves travel, learners also discover the basic properties of waves, and analyze data tables and graphs. The demonstrations described in the lesson are particularly rich, and should lead to lots of scientific discussion. Longitudinal and transverse waves are both demonstrated for pupils.
It is not a unique or exciting lesson, but rather the typical demonstrations of transverse and longitudinal waves. Use a rope for modeling transverse waves, and a plastic coil or spring toy for longitudinal waves. Where this resource may most come in handy, is if you are teaching waves for the first time or need a refresher. The background information and lesson procedure are explained quite well.
Pair physical science learners up, and have one describe a transverse wave while the other blindly attempts to draw it. Then reveal an actual diagram and explain the different parts of the wave: crest, trough, wavelength. Though most of the links in the resource lead to nowhere, there is one that displays an adjustable wave simulation for learners to experiment with. This unique activity can serve as the anticipatory activity to your unit on wave motioin.
Here is a scientific presentation of earthquakes. The elastic rebound theory is explained, as well as the different types of waves and how they are measured. Just a note: Slide number 15 has a diagram that is upside down. Enable editing and it is easily remedied, making this a useful PowerPoint for your middle to high school earth science curriculum.
Students study about the different types of UV rays and how they can protect themselves against their harmful effects. They explain how to interpret the UV index in order to plan the best time to participate in outdoor activities
Plumb the depths of the Submarine Ring of Fire and explore seismic waves with this lesson. Junior geologists simulate s-waves and p-waves, calculate their speeds, and then apply the data to discover the material that makes up inner Earth. Detailed directions, student handouts, and internet resources provide everything you need to present a memorable lesson on seismology.
Students examine the basic concepts of radio waves and magnetic fields. They study how the AM radios are built and demonstrate the concepts of amplitude and frequency.
Students explore how waves behave when hitting a barrier. In this physical science lesson, students act out these wave behavior in class. They study a local map and identify areas with barriers that can influence wave propagation.
Students study the main methods to measure earthquakes; the Richter Scale and Mercalli Scale. They make a model of a seismograph and investigate which structural designs are most likely to survive an earthquake.
Students read first hand accounts of earthquake survivors in order to begin the describe the different types of earthquake waves and the order in which they arrive. They engage in using earthquake waves as a means to indirectly study the Earth's interior.
Learners show how earthquakes affect sea waves. For this tidal waves lesson students use a rubber mallet on a table to create waves in a box on top of the table. They experiment with striking the mallet in different locations on the table. They draw pictures of what they saw.
Students research and describe the causes of earthquakes and identify where earthquakes are likely to occur. They view videos, explore interactive software and use Silly Putty and sugar cubes to illustrate the forces at work behind an earthquake.
Students predict and test how the effects of velocity and force of an object or air on water affect the waves created. They diagram a water park ride using their knowledge of these effects to create their desired outcomes.
In this wave worksheet, students use Slinky's to observe the properties of waves. They observe longitudinal waves, transverse waves, traveling waves and standing waves and record their observations. They calculate the frequency and velocity of the waves and answer 3 questions about their data.
Students explore different natural and manmade disasters through a webquest. In this earth science lesson, students explain their causes. They also discuss how disasters affect society. 
Twelve pages of mostly multiple-choice questions comprise this comprehensive New York Regents physics exam. It covers an entire year's worth of physics curriculum and requires about three hours for completion. Review the questions to make sure that they are all covered in your class, then create your own answer sheet for student use. This is an outstanding resource to use as a final exam.