Got a Sound Wave Question for you thinkers

AI Thread Summary
The discussion centers on a question regarding wave phenomena that can only be demonstrated by light, specifically identifying polarization as the unique characteristic that sound cannot exhibit. Participants express confusion over the implications of this, particularly in relation to sound-proof glass. Sound-proof glass functions by damping sound waves, which raises questions about how sound can be effectively blocked if it cannot be polarized. The conversation highlights the distinct properties of sound and light waves, emphasizing the unique nature of polarization. Overall, the topic explores the fundamental differences between sound and light in wave behavior.
DaMastaofFisix
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Hey everyone, I got a question for you. I was working after school one day with my Physics professor and we came across a question that said more or less; which of the following wave phenomena can be demonstrated only by light and not by sound? The choices were polarization, interference, refraction, diffraction, reflection and frequency. At first (and even to this point) my professor and I were 100 percent sure that everything could be demonstrated by a sound wave, but the answer was polarization. Apparently sound can't be polarized. But if that's the case, then how in the world does sound-proof glass work?...Interesting to say the least
Anyone brave enough to try and tackles this one? :smile:
 
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