This demonstration elucidates the concept of propagation of compressional waves (primary or P waves) and shear waves (secondary or S waves), which constitute the seismic waves used in locating and modeling earthquakes and underground nuclear explosions, and for imaging the interior structure of the Earth. The demonstration uses a slinky, pushed along its axis to create a compressional (longitudinal) wave, and moved up and down on one end to create a shear (transverse) wave. Educational levels: Undergraduate lower division
This tutorial provides information on the four types of wave motion seen in earthquakes (S, P, Love,...
This activity focuses on indirect evidence, based on earthquake waves, for the internal structure of...
This teacher's guide is intended to provide suggestions on how to teach about seismic waves. It prov...
This teaching guide is designed to introduce the concepts of seismic waves that propagate within the...
Knowledge in dynamics and in waves' theoryThis Demonstration shows the propagation of spherical elas...
Knowledge in dynamics and in waves' theoryThis Demonstration shows the propagation of spherical elas...
These animations show how various types of waves are propagated during an earthquake. Users can see ...
One needs to know the basics concepts about waves and differential equationsThis Demonstration shows...
One needs to know the basics concepts about waves and differential equationsThis Demonstration shows...
In this activity, students learn about the different types of seismic waves in an environment they c...
This participatory demonstration of the influence of rigidity on the speed of seismic waves helps st...
This teacher's guide is intended to provide suggestions on how to teach about seismic waves. It prov...
This teacher's guide is intended to provide suggestions on how to teach about seismic waves. It prov...
This laboratory activity demonstrates how seismic waves are generated and helps students understand ...
In this exercise, students will study the three types of faults, investigate the association between...
This tutorial provides information on the four types of wave motion seen in earthquakes (S, P, Love,...
This activity focuses on indirect evidence, based on earthquake waves, for the internal structure of...
This teacher's guide is intended to provide suggestions on how to teach about seismic waves. It prov...
This teaching guide is designed to introduce the concepts of seismic waves that propagate within the...
Knowledge in dynamics and in waves' theoryThis Demonstration shows the propagation of spherical elas...
Knowledge in dynamics and in waves' theoryThis Demonstration shows the propagation of spherical elas...
These animations show how various types of waves are propagated during an earthquake. Users can see ...
One needs to know the basics concepts about waves and differential equationsThis Demonstration shows...
One needs to know the basics concepts about waves and differential equationsThis Demonstration shows...
In this activity, students learn about the different types of seismic waves in an environment they c...
This participatory demonstration of the influence of rigidity on the speed of seismic waves helps st...
This teacher's guide is intended to provide suggestions on how to teach about seismic waves. It prov...
This teacher's guide is intended to provide suggestions on how to teach about seismic waves. It prov...
This laboratory activity demonstrates how seismic waves are generated and helps students understand ...
In this exercise, students will study the three types of faults, investigate the association between...
This tutorial provides information on the four types of wave motion seen in earthquakes (S, P, Love,...
This activity focuses on indirect evidence, based on earthquake waves, for the internal structure of...
This teacher's guide is intended to provide suggestions on how to teach about seismic waves. It prov...