During an earthquake, vibrations called seismic waves move out from the focus in all directions. Seismic waves carry the energy of an earthquake away from the focus, through earth’s interior, and across the surface.
In What Direction Do Seismic Waves Carry the Energy of an Earthquake?
In What Direction Do Seismic Waves Carry the Energy of an Earthquake? Seismic waves are created when an earthquake rupture occurs.
These waves are what cause the shaking and damage that we associate with earthquakes. The waves are created by the release of energy from the earthquake, and they carry this energy away from the earthquake rupture.
The direction that the seismic waves travel is determined by the orientation of the fault that ruptured. If the fault is oriented in a north–south direction, the seismic waves will travel in a east–west direction.
If the fault is oriented in an east–west direction, the seismic waves will travel in a north–south direction. The amount of energy that is carried by the seismic waves is determined by the size of the earthquake.
The larger the earthquake, the more energy that is released and the more damage that can be caused. Seismic waves can travel through the Earth‘s crust and mantle, and can even be reflected off of the core–mantle boundary.
However, the vast majority of the energy from an earthquake is dissipated within the crust. This is why we generally don‘t feel earthquakes that occur at great depths. The energy of an earthquake can also be dissipated through