That varies, depending on the type of waves - e.g., water waves, sound waves, electromagnetic waves, etc.
P-waves are produced by a compressional force, which causes particles in the material to move back and forth in the direction of wave propagation. This type of force is characteristic of primary seismic waves, which are the fastest seismic waves and are able to travel through solids, liquids, and gases.
The restoring force in ocean waves is gravity, which pulls the water back towards its undisturbed position after a wave crest has passed. In the case of water ripples, surface tension acts as the restoring force, pulling the water molecules back into place.
The Moon are you a Idiot
Ocean waves are what causes weathering and erosion on the coast. The force of the waves can create cracks in rocks and break them apart into smaller rockogjswziys.
when large waves join
Wave action is a pounding force that causes erosion along the shoreline. Waves can carry sand and debris, which wear away the coastline over time. These actions, combined with tides and currents, can reshape beaches and cliffs.
Yes they do reduce the force of the waves. That's what makes it safe.
The force that causes acceleration is known as net force.
wind is one of the main cause of waves
Sound Waves
waves
Waves can erode cliffs through a process called hydraulic action, where the force of the waves hitting the cliff causes pieces to break off. Over time, this erosion can create sea caves, arches, and other distinctive cliff formations. Eventually, the continuous erosion from the waves can reshape the cliff face.