The nature of sound can be based on three characteristics. First, sound is a form of energy. This is because sound has amplitude and frequency. Sound also has a high velocity both through air and water as its conductors.
Sound is a travelling wave which is an oscillation of pressure transmitted through a solid, liquid, or gas, composed of frequencies within the range of hearing and of a level sufficiently strong to be heard, or the sensation stimulated in organs of hearing by such vibrations.
CHARACTERISTICS:-
1.frequency
2.pitch
3.amplitude
Sound is caused by a vibrating medium. It's origin is the source of the vibrations.
Sound comes from vibrations that travel through the air.
Sound is a disturbance that travels through a medium as a longitudinal wave. Sound's properties are loudness, pitch, and the Doppler effect.
when you talk to somebody sound waves hit the ear drum and after it vibrate to the other ear
In the vibration of sound
All sound waves originate from a source that causes the vibration of air particles.
There is no limiting distance. But just like in any other medium, the sound generally spreads out and its amplitude decreases as it proceeds farther, so there's some distance past which you can't detect it any more, and to all appearances, you would say that the sound has not traveled any further than that. The distance depends on the substance, and on the amplitude of the sound at its source. (Sound waves that originate in thunder travel many miles through the ground. Sound waves that originate in earthquakes travel many hundreds, or thousands, of miles through rock.)
A shock wave is generally thought of as a compression wave that radiates from a mechanical event, like an explosion. Same thing with earthquakes. There is a compression wave in all these events. We can see a compression wave originate from something breaking the sound barrier, and that's another example. Something moving faster than sound generates the shock wave on a continuous basis, and we hear the boom! as the wave reaches us. The same thing applies in sonar when the transmitter emits a "ping" into the water. The transducer vibrates, and a compression wave is generated. Where a source of mechanical energy causes movement, a compression wave can originate and radiate. It could be argued that compression waves originate from a source of sound. That's because sound is a mechanical wave, as it is mechanical energy. Certainly it generally isn't thought of as having the power of an explosion, though. In addition to the compression waves of sound, there are the "opposite" waves. These are areas where the air is rarefied or "uncompressed" between the areas where the compression waves are traveling. A shock wave is usually the term we apply to the leading edge of a compression wave from some mechanical event. It is carrying mechanical energy outward from the cause.
No, light reflects off your clothes Doesn't all light on earth originate from the sun?
transient varistor
All sound waves originate from a source that causes the vibration of air particles.
It originate in moon and outer space and planets
Clarify the answer please?
When sound originate in the water, the sound waves tend to refract down, toward the cooler water.
It is an "onomatopoeic" ("onomatopoeia" = the formation of a word from a sound associated with what is named) name. When you walk in them the sound like "flip" "flop".
tele - from the greek means 'at or over a distance' phone - from the greek means 'sound'
Could be Ukrainian, by the sound of it. This means "a loud horn".
As of being waves, sound waves does just that. They start from origin and spread out. Sound waves will however quickly fade with distance and time.
Sorry, your question, as you have asked it, makes no sense. For this reason we can not answer you.
dalmatians actually originate from dalmatia which of course is were the DALMATIAn gets it name from although it does sound fake its true !!
Intestines
There is no limiting distance. But just like in any other medium, the sound generally spreads out and its amplitude decreases as it proceeds farther, so there's some distance past which you can't detect it any more, and to all appearances, you would say that the sound has not traveled any further than that. The distance depends on the substance, and on the amplitude of the sound at its source. (Sound waves that originate in thunder travel many miles through the ground. Sound waves that originate in earthquakes travel many hundreds, or thousands, of miles through rock.)