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A vibrating object, which produces sound, has a certain amount of energy which travels in form of sound waves. The energy required to make an object vibrate and produce sound is provided by some outside sources (like our hand, wind, etc.).
Here are some sentences.She felt the vibration of her cellphone in her pocket.The vibration of the sound waves allows us to hear noise.
Sound energy travels as sound waves. The waves bump into some objects and either compresses them for a split second or makes them vibrate. That makes an echo. Other than that, there is really nothing to it.
The more dense a material is the faster sound will travel. Sound is dampened when the medium it is traveling through doesn't vibrate well; and when two different sounds cross there will be some places where the sound is amplified and where it is cancelled out, it has to do with the alignment of the crests and troughs, this is a phenomena that occurs with sound and light.
Yes because the farther you are away the harder it is to hear. The sound will hit things and get caught in some but bounce off of others. if a sound keeps bouncing off of things then at some point the sound waves scatter and the sound disappears.
Learn some grammar fool! It does not make sense stupid!
A vibrating object, which produces sound, has a certain amount of energy which travels in form of sound waves. The energy required to make an object vibrate and produce sound is provided by some outside sources (like our hand, wind, etc.).
· Jackal · Jaguar · Jay (bird)
Here are some sentences.She felt the vibration of her cellphone in her pocket.The vibration of the sound waves allows us to hear noise.
depends on the instrument. some it could be reeds. others could be strings. or drum heads.
Sound energy travels as sound waves. The waves bump into some objects and either compresses them for a split second or makes them vibrate. That makes an echo. Other than that, there is really nothing to it.
No, they don't. Animals communicate and hear differently. Some don't even hear at all
Sound can only move through matter. For example, when you speak, the vibration of your vocal chords create vibrations in the air, and each vibrating air molecule causes adjacent air molecules to vibrate, and those air molecules make other air molecules vibrate, and so on as the air "propagates" the sound waves. Space is a vacuum, so sound cannot travel through space.
A human typically vibrates at a frequency range of 12-20 cycles per second, known as the human audible range. This range corresponds to the frequencies of sound waves that the human ear can detect as audible sound.
vibrate vex vandalize
Snoring happens because of the position of the tongue which causes the upper palate to vibrate producing sound when we inhale while sleeping.
A microphone is a transducer that vibrates when in the presence of sound. These vibrations are converted into fluctuations in voltage that are transmitted to an amplifier. The amp then can increase the received voltage and transmit again via voltage fluctuations to a speaker which is also a transducer. In this case the electric signals vibrate a coil that in turn vibrates a membrane of some type creating sound waves by causing molecules in the air to vibrate.