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Properties of Sound Waves

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Explore sound wave properties

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Philippines

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Properties of Sound Waves
 

Properties of Sound WavesOnline version

Explore sound wave properties

by emelie joy idulsa
1

What is a sound wave?

A sound wave is a mechanical, longitudinal disturbance that travels through air or other media as alternating compressions and rarefactions.

2

Frequency and pitch

Frequency measures how often particles oscillate each second. Higher frequency means higher pitch; lower frequency yields a lower pitch.

3

Amplitude and loudness

Amplitude describes the wave’s maximum displacement. Larger amplitudes produce louder sounds, while smaller amplitudes sound softer.

4

Wavelength and speed

Wavelength is the distance between successive compressions. Wave speed equals frequency × wavelength and varies with the medium.

5

Medium effects

Sound speed varies by medium: air, water, and solids differ due to density and elasticity.

6

Reflection and echo

When a sound hits a boundary, part reflects back as an echo. Reflection depends on material and incidence angle.

7

Refraction

Sound can bend when entering a new medium at an angle, changing direction and speed.

8

Diffraction

Waves bend around obstacles or spread after passing openings, allowing sound to be heard beyond barriers.

9

Interference and resonance

Two sounds interact to create constructive or destructive interference; resonance occurs when an object vibrates at a natural frequency.

10

Applications and clues

Microphones, sonar, musical timbre, and acoustic design help control sound in spaces and devices.

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