Waves can be larger in certain places due to factors such as strong winds, long distances traveled by the wind over the ocean, or underwater topography like underwater peaks or shoals that amplify the waves. Additionally, when waves encounter converging currents or tides in an area, they can also become larger.
Waves tend to get bigger when the wind is stronger and has been blowing for a longer duration over a larger expanse of water. Additionally, waves can be influenced by storms, tides, and underwater geography.
The number of waves that pass a certain point in one second is the frequency of the waves, measured in hertz (Hz).
Waves can get bigger due to factors such as increasing wind speeds, longer distances over which the wind blows, or when waves encounter a change in bottom depth. These factors contribute to the transfer of energy from the wind to the water, causing the waves to grow in size.
When two waves meet, their amplitudes can either add together to create a bigger wave (constructive interference) or partially or fully cancel each other out to create a smaller wave (destructive interference). This phenomenon is known as interference.
Yes, strong winds generate larger waves by transferring energy to the water's surface through friction. The stronger the wind, the longer it blows, and the more energy it imparts to the water, resulting in bigger waves.
the bigger the waves the bigger the earthquake
Waves tend to get bigger when the wind is stronger and has been blowing for a longer duration over a larger expanse of water. Additionally, waves can be influenced by storms, tides, and underwater geography.
The number of waves that pass a certain point in one second is the frequency of the waves, measured in hertz (Hz).
the waves are big because Cornwall has the stongest wind, due to its fetch , and this causes the waves to be bigger
waves and currents make the shore bigger
Waves can get bigger due to factors such as increasing wind speeds, longer distances over which the wind blows, or when waves encounter a change in bottom depth. These factors contribute to the transfer of energy from the wind to the water, causing the waves to grow in size.
When two waves meet, their amplitudes can either add together to create a bigger wave (constructive interference) or partially or fully cancel each other out to create a smaller wave (destructive interference). This phenomenon is known as interference.
No. It may vary from year to year for a given location depending on storm activity, and sea levels have risen, but waves themselves are not getting bigger.
The wind transfering some energy to the water and forming waves. Hence when its windier, you get bigger waves
Very small seismic activity causes small waves to occur. The bigger the waves get the larger the seismic activity is.
Yes, strong winds generate larger waves by transferring energy to the water's surface through friction. The stronger the wind, the longer it blows, and the more energy it imparts to the water, resulting in bigger waves.
waves are every where like light, the ocean, radio, etc.