🔊 Ever wondered how sound actually travels?

It’s not just a "wave"—it’s a pulsating bubble of energy! 🌐

This mind-blowing graphic breaks it down: sound expands spherically as compressions and rarefactions, moving at 761 mph at sea level (but slows to 684 mph at Everest’s peak!).

The math? A simple sine wave equation captures its rhythm: x(t) = A sin(2πt/T + φ). 🤯

From sonic events to wavelengths, sound is pure physics magic!

What’s the loudest sound you’ve ever heard?
Drop it in the comments, and let’s see how many sound enthusiasts are out there! 🔉

Share this with your science-loving friends—let’s make some noise together! #SoundScience #PhysicsFacts #MindBlown #engineering #science
🔊 Ever wondered how sound actually travels? It’s not just a "wave"—it’s a pulsating bubble of energy! 🌐 This mind-blowing graphic breaks it down: sound expands spherically as compressions and rarefactions, moving at 761 mph at sea level (but slows to 684 mph at Everest’s peak!). The math? A simple sine wave equation captures its rhythm: x(t) = A sin(2πt/T + φ). 🤯 From sonic events to wavelengths, sound is pure physics magic! What’s the loudest sound you’ve ever heard? Drop it in the comments, and let’s see how many sound enthusiasts are out there! 🔉 Share this with your science-loving friends—let’s make some noise together! #SoundScience #PhysicsFacts #MindBlown #engineering #science
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