Rarefaction is the part of the sound wave where the air particles are the farthest apart from each other. It's like the "trough" of a transverse wave. The size of this part affects the wavelength and amplitude of the sound produced, which changes the volume and pitch. Note that there's also another part of the wave called "compression". This is like the "peak" of a transverse wave.
Everywhere. Sound is a series of longitudinally compresson and rarefraction volumes of (air).
The answer is the rarefraction *Lexi Bodenhimer wrote this :*
Yes, that is why they cannot travel through a vacuum. Searching "sound wave particle rarefraction" in google may give you more information on why this is.
rarefraction
These are the characteristics of any thing that suggests a wave like motion . For example the sound waves
The spreading of molecules of sound. :)
rarefraction
Everywhere. Sound is a series of longitudinally compresson and rarefraction volumes of (air).
The answer is the rarefraction *Lexi Bodenhimer wrote this :*
Yes, that is why they cannot travel through a vacuum. Searching "sound wave particle rarefraction" in google may give you more information on why this is.
rarefraction
rarefraction
These are the characteristics of any thing that suggests a wave like motion . For example the sound waves
The voice vibrates due to the Compression and the Rarefraction. When a sound vibrates it producs an area of Compression and Rarefraction as these vibration strikes our ear drum,it starts vibrating. These vibrations communicated to the brain and we are able to hear sound.
rarefraction
Rarefraction
RAREFRACTION