Is this a musical sound or an irritating one? However, it ultimately depends upon the listener to categorise between a pleasant sound, that is, music and an unpleasant sound, that is, noise. Around us, some sounds occur that are more musical than the rest.
Like the sounds produced by musical instruments such as piano, flute, Casio, guitar, sitar, etc., because the sound waves produced by these instruments are regular and as well as ordered, the human brain process these sounds as pleasing and thus considered as music.
Noise vs Music
The difference between noise and music is that noise are those types of sounds that appear unpleasant to hear. In contrast, music appears pleasant to hear. Listening to noise for a long time can irritate and frustrate people, and they would not prefer to hear such sounds. However, even after listening to music for hours, people enjoy it.
Noise is a type of sound that has a continuous structure. The composition of sounds in the noise ranges from very low frequency to very high frequency in the range within which people can hear, and the intensity doesn’t need to be equal.
Music is a kind of sound that has a discrete structure. The composition of sounds in the music has fundamental overtones and frequency. Mathematically, music is categorised as the infinite addition of cosines and sines multiplied by some coefficients.
Comparison Table
| Parameters of Comparison | Noise | Music |
|---|---|---|
| Nature | Noise is random. | Music is ordered. |
| Definition | Noise is those types of sounds that appear unpleasant to hear. | Music appears pleasant to hear. |
| Structure | Noise is a type of sound that has a continuous structure. | Music is a kind of sound that has a discrete structure. |
| Composition | The composition of sounds in the noise ranges from very low frequency to very high frequency in the range within which people can hear. | The composition of sounds in the music has fundamental overtones and frequency. |
| Categorisation | Noise is categorised as a distribution of spectral power or power spectrum and it resembles the distribution of kinetic molecular theory statistically. | Mathematically, music is categorised as the infinite addition of cosines and sines multiplied by some coefficients. |
| Reaction | Listening to noise for a long time can irritate and frustrate people and they would not prefer to hear such sounds. | Even after listening to music for hours, people enjoy it. |
| Constitution | Noise is constituted of low frequency, irregular wavelength and waveform. | Music is constituted of harmonious wavelength, waveform and frequency. |
| Example | Examples of noise is the sound produced by vehicles and crackers. | Examples of music are the sounds produced by flute, piano, guitar. |
What is Noise?
Noise is a sound that is most unwanted, disruptive, loud to hear. From the desired sound, physically, the noise is indistinguishable as the vibrations reached through different vibrations such as water and air.
Noise is random. Noise is those types of sounds that appear unpleasant to hear. Listening to noise for a long time can irritate and frustrate people, and they would not prefer to hear such sounds.
What is Music?
Even after listening to music for hours, people enjoy it. Examples of music are the sounds produced by flute, piano, guitar and other musical instruments. Music is constituted of harmonious wavelength, waveform and frequency.
The word music has its origin from a Greek word which means art. Music generally inculcates a wide variety of vocal techniques and instruments. Singing and rapping are two of many instrumental pieces.
Main Differences Between Noise and Music
- Examples of noise is the sound produced by vehicles and crackers. Whereas examples of music are the sounds produced by flute, piano, guitar.
- Noise is constituted of low frequency, irregular wavelength and waveform. On the other hand, music is constituted of harmonious wavelength, waveform and frequency.
References
- https://escholarship.org/content/qt04t64495/qt04t64495.pdf
- https://content.iospress.com/articles/occupational-ergonomics/oer00144
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