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6 Fundamental Differences Between Light and Sound Waves

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There are some basic and fundamental properties peculiar to light and sound waves that differentiates one from the other. These differences account for the ways light and sound waves have been studied and their principles applied in technological advancement in various industrial production processes, military warfare and entertainment. Here are 6 of these fundamental differences between light and sound waves. Thus:

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  1. waves are due to vibrating layers or particles of the medium concerned.
  2. Light can travel through a vacuum, but sound cannot travel through a vacuum.
  3. Vibrations in light waves are perpendicular to the direction along which the light travels while vibrations of the particles in sound waves are in the same direction as that along which the sound travels.
  4. Sound waves are regarded as Longitudinal waves while light waves are referred to as transverse waves.
  5. Sound waves can be reflected and refracted just as in light waves, and can give rise to interference phenomena; however, no polarization phenomena can be obtained with sound waves unlike light waves. This is because they are longitudinal waves.
  6. Light travels faster than sound. Light travels at a velocity of 3×108 m/s2  sound travels at a velocity of 480m/s2

Must Read: Concise Explanations of the Quantum Theory of Radiation

 

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About the Author

Tony Onwujiariri
Tony is an Avid Tech enthusiast that loves Scientific Inventions and Tech Products. He blogs Passionately on Science and Technology related niches and spends most of his time on Research in Content Management and SEO. Tony loves Sugar and has been in love with Don Williams since he was a toddler on Diapers.

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