Sound waves cannot propagate in a vacuum. Sound waves travel through matter, and a vacuum is, by definition, the absence of matter.
Sound waves will be incapable of propagating through a vacuum since there is no medium for its transmission.
The vacuum does not produce sound waves nor, can sound waves travel through them. A sound wave needs something to travel on/through, such as air. A vacuum doesn't contain any particles required for sound waves.
No, ultrasonic wave do not travel at all in a vacuum.
Sound waves don't just travel the slowest in a vacuum, they don't travel at all. The reason is that sound waves, like all mechanical waves, need a medium to travel through.
Sound waves require a medium to travel through (i.e. air, water, ect.). In a vacuum no such medium exists so there can be no sound waves. So the answer is, yes, silence can and does exist in a vacuum.
No, you can not produce sound in a vacuum. Sound wave needs medium (for example air) to travel unlike electromagnetic wave which can travel through empty space.actually, sound wave does not propagate itself rather it needs a medium by which sound particle can transfer there energy from one place to other, so it seems like moving. for eg. when u throw a stone in water ,some ripples form in water they seems to moving but not. like this sound propagate. hence it requires medium
Sound waves cannot propagate in vacuum. Air is needed for sound waves to travel and there is no air in vacuum.
Sound waves travel through any medium with the exception of vacuum. The denser the medium, the faster the sound waves travel, because the waves can be farther apart..
Sounds waves do not enter our ears
Sound waves cannot travel in a vacuum.
sound waves can't travel in a vacuum (space)
No. Sound waves require air.
No.
Vacuum
The vacuum does not produce sound waves nor, can sound waves travel through them. A sound wave needs something to travel on/through, such as air. A vacuum doesn't contain any particles required for sound waves.
Sound waves do not propagate in a vacuum, since they are basically vibrations (compressions and rarefactions) in a medium, and in a vacuum there is no matter to vibrate.
the answer is vacuum.
The molecule of the medium vibrates at the dirction in which the wave travels