Sound is usually an acoustical wave in air. When this is converted e.g. by a microphone to an electrical voltage that can be sent through a wire. An amplifier and a loudspeaker can convert this audio signal back to an acoustical wave, you can listen to.
By malia lashae guy this was by camri brown
Sound is converted to electrical signals transmitted down the wire. The conversion of sound waves to electrical signals may be based on analogue or digital techniques.
200m/s
Best way is to first turn sound in to electrical energy and transmit. (Using a transducer-- device that receives a signal in the form of one type of energy and converts it to a signal in another form: A microphone is a transducer that converts acoustic energy into electrical impulses.)Sounds waves can be placed on the wire directly. String a wire tightly between two poles. Strike one end (or pluck it) and the sound will travel down the wire tot he other end. Note that the signal will not travel nearly as far as an electical impule due to the amount of energy necesssary to move the wire.
Back and forth in the direction of propagation of the sound waves.
Yes
Sound travels through all matter but some materials either absorb sound, reflect sound, or just slow sound down.
200m/s
Best way is to first turn sound in to electrical energy and transmit. (Using a transducer-- device that receives a signal in the form of one type of energy and converts it to a signal in another form: A microphone is a transducer that converts acoustic energy into electrical impulses.)Sounds waves can be placed on the wire directly. String a wire tightly between two poles. Strike one end (or pluck it) and the sound will travel down the wire tot he other end. Note that the signal will not travel nearly as far as an electical impule due to the amount of energy necesssary to move the wire.
Back and forth in the direction of propagation of the sound waves.
Alexander Grahm Bell
Yes
All of the current would travel down the remaining intact wire - possibly overheating.
Sound travels through all matter but some materials either absorb sound, reflect sound, or just slow sound down.
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the sound vibrates down the barrel. When the keys are pressed, the wavelength canges because the sound has either further or less far to travel
The sound not travel through vacuum because sound need a medium to travel.