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What is the duration of Smithsonian Channel's Sound Revolution?
The duration of Smithsonian Channel's Sound Revolution is 2760.0 seconds.
The surround sound standards supports up to separate sound channels of sound information for up to different speakers each producing a different sound?
the answer is 8 channels and 8 speakers
What channels sound waves?
ear canal
What types of improvements have been made to television?
The HD feature and my DVR new channels better sound surround sound You get some channels for free ;)
Does the anvil collect sound?
The pinna (external ear) collects the sound and channels the sound into the ear canal.
What are the release dates for Sound Revolution - 2008?
Sound Revolution - 2008 was released on: USA: 16 November 2008
What is the difference between mono and stereo sound?
Mono sound uses a single audio channel to play sound, while stereo sound uses two separate audio channels to create a more immersive listening experience with distinct left and right audio channels.
What are the differences between monaural and stereo sound systems?
Monaural sound systems use a single audio channel to play sound, while stereo sound systems use two separate channels to create a more immersive audio experience with distinct left and right channels.
What actors and actresses appeared in Sound Revolution - 2008?
The cast of Sound Revolution - 2008 includes: Morgan Freeman as Himself - Host
Does Naruto clash of ninja revolution 2 have the sound 5?
Nope Naruto clash of ninja revolution 2 doesn't have the sound 5 in it
What are YouTube channels?
They are accounts made by people on YouTube. They just call them channels instead of accounts because think what it would sound like it someone said, " Watch my videos on my account". It would sound weird!
What membrane channels are involved in hearing?
In hearing, specialized channels in hair cells called mechanoelectrical transduction (MET) channels are involved in converting mechanical sound waves into electrical signals. These channels open and close in response to the movement of the hair cell stereocilia in the cochlea, ultimately leading to the generation of action potentials that are transmitted to the brain for sound perception.
