Oh but it is. When they encounter sharp edges, light and sound
behave exactly the same ... in terms of their wavelengths.
Bends and spreads out.When waves of any kind, sound, light electromagnetic radiation hit a gap in a barrier that is on the same scale as the wavelength then diffraction will occur. Diffraction is the bending of the wave and this appears as circular waves when we observe this effect with water.A common diffraction grating can be seen on a CD or DVD. The light spreads and we see this as different colours.
Bends and spreads out.When waves of any kind, sound, light electromagnetic radiation hit a gap in a barrier that is on the same scale as the wavelength then diffraction will occur. Diffraction is the bending of the wave and this appears as circular waves when we observe this effect with water.A common diffraction grating can be seen on a CD or DVD. The light spreads and we see this as different colours.
No.
They never do.
Sound waves are an example of Longitudinal waves. They are waves in which the particle is displaced in a parallel direction to the direction of velocity of the wave. They are formed by a compression and expansion of particles.sound is an example for longitudinal wavesound waveLongitudinal waves, also known as "l-waves", are waves in which the displacement of the medium is in the same direction as, or the opposite direction to, the direction of travel of the wave.
I fear you're confused - BUT : The Doppler effect is similar for both sound waves and electromagnetic radiation (light, radar).
That is correct. Polarization is possible only when the direction of vibration is perpendicular to the direction of the wave travel, such is in light. In sound waves, the direction of vibration (compression) is the same direction as the direction of the travel of the sound wave, and therefore polarization is not possible.
'Radio' waves are physically and electrically identical to light waves except for their frequency (wavelength), and they travel at the same speed as light does.
Light waves travel faster than sound waves!
Sound waves are what make up sound (sound waves=sound) so I would suppose so.
If it's waves in the ocean, they would be farther apart with the same height. If it's sound waves, the sound would be just as loud but with a lower pitch. If it's light waves, the light would be just as bright but its color would be shifted toward the red end of the visible light spectrum.
Sound and light are alike when light is considered a wave. Light may also be considered a stream of particles, but in the times that it is considered a wave it obeys the same mathematical laws that sound does.