![]() ![]() How Do Sound Wave Characteristics Affect What You Hear? Velocity – finally, the velocity of the wave, sometimes referred to as the speed, is the amount of distance in meters per second that a wave travels in one second.Each vibration of the vibrating body producing the sound is equal to a wave. It is the time required to produce a single complete wave, or cycle. Time Period – The time period is almost the opposite of the frequency.Sound frequency is measured in hertz (HZ) and is not dependent upon the medium the sound is passing through. A low-frequency sound has fewer waves, while a high-frequency sound has more. Frequency: The frequency of sound refers to the number of sound waves a sound produces per second.The amplitude is more accurately defined as the maximum displacement of the particles the sound wave disturbs as it passes through a medium. Think of it as sort of like the wave’s height as opposed to its length. Amplitude: The amplitude is the size of a given wave.It is the combined length of a compression and the adjacent rarefaction, or the distance between the centers of two consecutive rarefactions or compressions. The distance that one wave travels before it repeats itself is the wavelength. Sound consists of a longitudinal wave that includes compressions and rarefactions as they travel through a given medium. Wavelength: The most important characteristic of sound waves may be the wavelength.The five main characteristics of sound waves include wavelength, amplitude, frequency, time period and velocity. ![]() But what are sound waves, exactly? What are their characteristics? And how do they work? You probably know that the sound you hear is the result of sound waves. Noise Solutions for Gyms & Fitness Centers.Acoustic Solutions for the Medical Field.Soundproofing Solutions for Contractors.Existing Ceiling Soundproofing Assemblies. ![]()
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