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#sound is classified as a longitudinal wave, where the particles of the medium vibrate in a direction parallel to the wave's propagation. When a sound wave emanates from a musical instrument, loudspeaker, or the human voice, it causes the air to oscillate both forward and backward as the sound travels outward.
This results in slight variations in air pressure, as the wave compresses and rarefies the surrounding medium. These pressure fluctuations are detected by the eardrum, a delicate and flexible membrane located in the middle ear. The eardrum then converts these variations into neural impulses, which are transmitted to the brain for processing.
Both music and noise represent forms of sound, yet they are distinct in their structure and the way the human ear and brain perceive them.
Music is characterized by ordered sound, while noise consists of disordered sound.
Both #music and #noise are a blend of sound waves with varying frequencies.
In music, the component frequencies are discrete (able to be separated). Music is soothing to our ears, it is an ordered sound, separable, rational with recognizable dominant frequency.
In contrast, noise is a disordered sound, it is continuous, random in nature, and lacking a dominant frequency. Noise displays equal intensity across all frequencies