The answer is erosion of rocks and land forms
They slowly change the shoreline by moving sand.
Seismic waves are the types of waves that can travel through the Earth and along its surface. There are two main types of seismic waves: body waves (such as primary and secondary waves) that travel through the Earth's interior, and surface waves (such as Love and Rayleigh waves) that travel along the Earth's surface.
L waves are formed when P&S waves reach the surface.
Waves that travel on the surface of the water are called surface waves. These waves are created by wind blowing over the water, causing the surface to rise and fall in a rolling motion.
the one with the most damege is the surface wave because they are on the surface of earth. but p-waves are the second and s-waves are the third
Primary waves (P-waves) are body waves that travel through the interior of the Earth and are the fastest seismic waves. Surface waves, on the other hand, travel along the Earth's surface and are responsible for most of the shaking and damage during an earthquake. Surface waves have larger amplitudes and longer wavelengths compared to P-waves.
waves that travels only on the surface
This is known as the epicentre.
Examples of surface waves include water waves on the ocean's surface, seismic surface waves that travel along the earth's surface during an earthquake, and electromagnetic waves that propagate along the boundaries between different materials.
A primary wave is a strong vibration or wave that hits earths surface (P) and a secondary wave (S) is a wave that hits soon after but not nearly as big.
Surface waves are formed when the waves reach the Earth's surface. These waves travel along the boundary between the Earth and the atmosphere, and they can cause both lateral and vertical movements of the ground.
Water waves are formed by the force of the wind agianst the water and air goes forward and finally develops a circular motion. This motion causes a pressure to go down on the surface at its front, and pressure going up and this causes the surface to take on the form of a wave.