big boats and heavy winds
Large waves are able to remove more large chunks of rock from a shoreline then average sized waves due to their sheer force. Larger waves are more powerful and are usually a culprit for shoreline erosion.
Yes, hurricanes can generate large waves due to their strong winds and low pressure systems, particularly in the ocean. These waves can be extremely powerful and destructive, often causing coastal flooding and erosion.
The cork will float on the water due to its buoyancy. When waves are created in the water, the cork will move with the motion of the waves, bobbing up and down as the waves pass through.
The amplitude of longitudinal waves decreases as they move from the large coil slinky to the small coil slinky due to energy loss caused by friction and absorption. This results in a reduction in the intensity of the waves as they propagate through the smaller coil slinky.
Seismic waves
when large waves join
The large slow brain waves associated with sleep are called delta waves. These waves are typically observed during deep sleep stages.
when Earth due to an earthquake, there is a large area on the other side where the waves cant be detected.they called this area the S-Shadow.
Large waves are typically made by strong winds blowing across a large stretch of water, which creates friction and transfers energy to the water, causing the waves to form. Other factors like storms, earthquakes, or volcanic activity can also generate large waves known as tsunamis.
Inside the eye of a hurricane, waves are generally less chaotic due to the low pressure and calm conditions. The water surface can appear relatively flat and calm, providing a brief respite from the intense winds and turbulence of the surrounding eyewall.
When operating a boat in large waves and high wind, you are advised to reduce your speed and head into the waves at a slight angle.
Tsunamis or tidal waves.