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Sound Waves

See your voice. Watch sound dance.

Every sound you hear - music, speech, thunder - is just air vibrating. Let's see what your voice actually looks like.

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Volume
0 dB
Pitch -- Hz
🎤 Listening to you

Explore Sound

Visualization

Sound Source

Play Notes

Tap to hear and see different notes

What Am I Seeing?

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Waveform

This shows how air pressure changes over time. Tall waves = loud. Fast wiggles = high pitch.

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Frequency Spectrum

This breaks sound into its component frequencies. Each bar shows how much of that frequency is present.

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Pitch & Notes

Pitch is how fast air vibrates. 440 vibrations/second = the note A. Double it (880 Hz) = A one octave higher!

Fun Facts

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Sound travels at about 343 meters per second in air - that's why you see lightning before you hear thunder!

You Discovered Sound Waves!

Now you know that every sound - from a whisper to a symphony - is just vibrating air that your ears turn into experience.

🎤 0:00 Time Exploring
🎹 0 Notes Played
📈 0 dB Loudest Sound

What You Learned

  • Waveforms show sound as changing air pressure over time
  • Frequency (Hz) determines pitch - more vibrations = higher notes
  • Amplitude determines volume - bigger waves = louder sounds
  • Music is organized patterns of these vibrations

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