No. Sound transmits by waves through matter/particles.
sound can not be in a vacuum because a vacuum has no air. Sound needs a medium to travel though. :)
The speed of sound in vacuum is zero. Sound needs a material medium in order topropagate. Since vacuum contains no material medium, sound does not propagate.Therefore, it never moves from the source of the sound, and theSpeed = (distance covered in any time interval) divided by (time to cover the distance)is zero.
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.Sound consists of mechanical vibrations within a medium (such as the air). Within a vacuum, there is no such medium, and thus no sound.(However, solid objects will still vibrate in a vacuum, and an observer in direct contact with a vibrating object would be able to "hear" these vibrations despite the lack of air.)
A vacuum does not make sound. Unlike a vacuum cleaner, which does!
The speed of sound cannot be measured in a vacuum because there is no medium for sound waves to travel through in a vacuum. Sound requires a medium such as air, water, or solids to propagate.
Space is a vacuum. Sound cannot travel in vacuum
No. Sound is the vibration of air. Sound will not travel in a vacuum. Space is a vacuum
Sound waves cannot propagate in a vacuum. Sound waves travel through matter, and a vacuum is, by definition, the absence of matter.
There is no sound in space or a vacuum.
Sound does not travel through a vacuum.
No. Yes, provided it is a vacuum that they could survive. A true vacuum in which there is no matter of any kind is a real stretch of physics, and only really exists in theory. What we call a vacuum is really just a strong negative pressure. Matter is still present. Even in the "vacuum" of space, there's still some matter.Answer No. Sound waves will not travel through a vacuum. There is a physics lesson explaining why in detail on this website http://www.physicsclassroom.com/Class/sound/U11L1a.html