what is the difference sound and vibration?
157052
As far as I know, the only difference between sound and vibration is that sound propagates but vibration does not. In most cases, they are the same.
445540
Sound is a movement of air at any given wavelength. ... The average human being can only hear sounds between 20Hz-20kHz. Acoustics are the perception of sound passing around, in, or through a given medium(ex. air, room, guitar, water).
342409
Vibration is the change over a period of time and the wave is a length traveled during the vibration period. They show the build-up of energy, while wave is a series of vibrations or “build-ups” of that energy as it move along in a direction.
847933
The distinction between music and noise is mathematical form. Music is ordered sound. Noise is disordered sound. Music and noise are both mixtures of sound waves of different frequencies.
899338
As verbs the difference between silence and sound is that silence is to make (someone or something) silent while sound is to produce a sound or sound can be dive downwards, used of a whale.
783812
In the first part of Lesson 1, it was mentioned that sound is a mechanical wave that is created by a vibrating object. ... Sound waves in air (and any fluid medium) are longitudinal waves because particles of the medium through which the sound is transported vibrate parallel to the direction that the sound wave moves.
880941
Regular vibrations make a pleasent sound and are pleasent to hear. But irregular vibrations make noisy sounds and are not pleasent to hear.
622786
Although both [noise and music] are mixtures of sound waves at different frequencies, music is considered to be ordered sound, while noise is disordered sound. For example, the mixture of sound waves that produce music can be easily separated into individual frequencies, with some being more dominant than others.
497630
Sound vibrations travel in a wave pattern, and we call these vibrations sound waves. Sound waves move by vibrating objects and these objects vibrate other surrounding objects, carrying the sound along. ... Sound can move through the air, water, or solids, as long as there are particles to bounce off of.
844563
As adjectives the difference between sonic and ultrasonic is that sonic is of or relating to sound while ultrasonic is (acoustics) beyond (higher in frequency than) the range of sound perceptible to the human ear; with a frequency of 20 kilohertz or higher.
99536
Although both [noise and music] are mixtures of sound waves at different frequencies, music is considered to be ordered sound, while noise is disordered sound. ... On the other hand, noise contains all possible frequencies of sound with no dominant frequency present.
280595
A low frequency sound (say, 50 hz) might sound like a low rumble, while a high frequency sound (say 12,000 hz), might sound more like a "sizzle". ... The higher the frequency, the shorter the distance between each successive compression (or rarification) in the incoming sound wave. This distance is called the "wavelength".
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All sound is vibrations at some frequency, the lower the frequency, the lower the sound. So, if say you move the slider for 100hz up/down, the bass will go up/down for that range of sound it effects, and same for the opposite end. Thanks......so 100hz is the Bass.
616830
Sound is what we hear. Noise is unwanted sound. The difference between sound and noise depends upon the listener and the circumstances. ... Sound is produced by vibrating objects and reaches the listener's ears as waves in the air or other media.
42696
The frequency or amount of air pressure change vibration is measured in Hertz. The resulting change in air pressure created through the vibrating object is measured in decibels. Decibels, in effect, measure the loudness of a sound and Hertz measures the frequency of the sound.
943539
The frequency of a vibration, measured in Hertz (Hz), is simply the number of to and fro movements made in each second. A tuning fork or piano string vibrating at 256 Hz will produce a pitch of middle C. A greater frequency than this will produce a higher-pitched note and so on.
1082957
Sound and heat are both macroscopic descriptions of the movement of atoms and molecules. Sound is the ordered movement of atoms and molecules in rapid waving patterns. Heat is the disordered, random, movement of atoms and molecules.