Both ocean waves and sound waves have a fairly large range of wavelengths - for example, there is a ratio of about 1:1000 between the frequencies (and therefore, also the wavelengths) of sound we can hear. Therefore, there is quite a bit of overlap.
For electromagnetic waves: thermal radiation and radio waves are pretty long. For sound waves: bass sound waves are pretty long, so is quiet. For water waves: the tides
Sound waves have wavelengths and frequencies.
electromagnetic waves with a longer wavelength has
Infrared light, microwaves and radio waves have wavelengths longer than visible light. Radio waves have the longest wavelength.
Ultrasound has wavelengths shorter than 17 millimeters at Standard Temperature and Pressure (STP). Waves longer than 17 mm are classified as sound waves.
A sound spectrogram measures the frequency and wavelengths of sound waves. The frequency is measured in Hertz and the wavelengths are measured in meters.
ocean waves have to do with water and sound waves have to do with sound
Gamma rays and radio waves are both electromagnetic waves. Radio frequency waves are a lower frequency, so they have a longer wave length.
This is also the reason AM radio signals travel around buildings and hills better than light waves (or even TV signals). The longer wavelengths diffract around obstacles that the shorter wavelengths cannot, regardless of the type of wave.
Sound waves are much longer then light waves.
For electromagnetic waves: thermal radiation and radio waves are pretty long. For sound waves: bass sound waves are pretty long, so is quiet. For water waves: the tides
diffraction