Sound, in terms of the vibrations that we actually hear, does not travel long-distance through wires. For phone calls and such, the "sounds" are encoded as electrical signals, which then pass through the wires, to be translated into sounds at the other end.
However, actual sound could travel short distances through wires. For example, if you tap your headphone cord right now, you may or may not hear it, depending on what kind of cord and headphones you use. This is an example of actual sound, not electrical signals, passing through a wire.
It is important to realize that the sound you hear when you tap your cord does NOT come from the speakers. They can only interpret signals, and cannot amplify actual vibrations in the wire.
thruogh vibrations
The sound not travel through vacuum because sound need a medium to travel.
sound can travel through metal.
light can travel through a vacuum whereas sound cant
Sound wave do not travel through vaccum as it need medium to travel.
Sound can travel through a variety of materiels.
The sound not travel through vacuum because sound need a medium to travel.
sound can travel through metal.
light can travel through a vacuum whereas sound cant
Sound wave do not travel through vaccum as it need medium to travel.
Sound can travel through a variety of materiels.
Sound cannot travel through a vacuum.
sound cannot travel through a vacum
Both light and sound can indeed travel through glass. These are substances in which light and sound often travel through.
Sound cannot travel through a vacuum, such as in outer space. "Sound" refers to waves of compression which travel through matter. When there is no matter, there can be no such waves, and therefore no sound.
Sound waves travel through matter, whether solid, liquid, or gas. They do not travel through vacuum.
Yes, sound waves can travel through clouds.
yes., sound can travel through plasma because it is matter.