Rarefied air, for example is air that has been expanded to a large volume without the addition of more air into that volume. It has an extremely low density and lots of space in between molecules.
Compression is the opposite. You are 'squishing' that same sample of air (or whatever gas you're talking about) into a very tiny volume, without allowing any to escape. It has a much higher relative density that rarefied air.
it creates a cycle
i don't know but the last comment was very inappropriate.
longitudinal vibration is a form of wave pattern which produces alternative compression and rarefraction
the difference is that compression is like pushing something together and tension is like pulling something appart
The density of a medium directly affects the density of the sound waves. High particle density is called compression while low particle density is called rarefraction.
it creates a cycle
compression and rarefraction
i don't know but the last comment was very inappropriate.
a series copression and rarefraction traving through a medium
i don't know but the last comment was very inappropriate.
longitudinal vibration is a form of wave pattern which produces alternative compression and rarefraction
the difference is that compression is like pushing something together and tension is like pulling something appart
The density of a medium directly affects the density of the sound waves. High particle density is called compression while low particle density is called rarefraction.
It's called a compression, and the point of lowest density is called a rarefraction. This logic also applies to transverse waves.
compression zone is an positive zone,tension zone is an negative zone..
the difference is a rarefaction needs vibration i believe i'mnot sure
dddd