They would likely have much less of an impact than real ocean waves do. As it is, the only compressional waves that can move through water are sound waves, as water is, of the most part, incompressible, as are most liquids and solids.
it will goes under the water.
We would not be able to drink the water or eat the fish.
Sound waves can travel through fluids, it is just that due to the physical proporties of water, sound waves are dampened much faster than they would be in gas.
there would be no winds in the southern hemisphere.
They would become fresh water bodies and all the animals in them would die.
Light is an example of an electromagnetic (EM) wave. EM waves are transverse waves, not compressional waves. Sound waves are compressional waves, so both sound traveling through air and water would be compressional. Waves traveling along a coiled spring compress the coils together and spread them apart, so this is also an example of a compressional wave.
A wave in which matter moves in the same direction as the wave is called a longitudinal wave. In a longitudinal wave, the particles of the medium oscillate parallel to the direction of energy transport. Sound waves are a common example of longitudinal waves.
The same thing that would happen to waves if there were no water on the planet
That would be sound.
it would melt.
S-waves would not be able to travel through water as they require a solid medium to propagate. When S-waves encounter a lake or pond, they would be absorbed and dissipate, resulting in a decrease or complete loss of energy.
They do not have natural waves but if someone did a belly flop into the water then waves would be made.
The speed of water waves is determined by the frequency and wavelength of the waves. In deep water, the speed of water waves is proportional to the square root of the wavelength. So, for 6 meter water waves, the speed would depend on the specific conditions of the water body such as depth and type of waves.
Because sound waves are displacements of molecules of the medium they travel through, reducing the amplitude would mean decreasing the displacement the molecules experience as the wave passes through. Even though sound waves are longitudinal (meaning the displacement is in the direction the wave travels in) and waves in water are transversal (the displacement is perpendicular to the wave's direction), an example can be found in water waves; reducing the amplitude in water waves would reduce the size/height of the waves. In the case of audible sound waves reducing the amplitude will decrease the volume of the sound.
No Chance stop the waves in the ocean, don't think it.
Well p-waves can not because they are to strong. If you do a tsunami would happen with out warning. You do want this to happen. If tis does happen make sure you let thee tsunami warning system know.
they are all related to how waves change direction