Linked from

The 22 pages that link to Acoustic resonance, each with the reason it gives.

• Acoustic impedanceRelated: Resonance appears as distinctive frequency-dependent changes in system impedance.

• Musical instrumentRelated: Resonant bodies amplify vibrations in instruments such as guitars, violins, and flutes.

• Percussion instrumentRelated: Resonating chambers and bodies reinforce selected frequencies after an instrument is struck.

• Drum kitNarrower topic: Drumheads and shells resonate, shaping each drum’s pitch, sustain, and tone.

• ClarinetRelated: The clarinet’s air column resonates at frequencies selected by its bore and openings.

• FluteNarrower topic: The flute’s air column resonates at frequencies selected by fingering and blowing.

• BanjoRelated: The head and air cavity reinforce selected frequencies from the strings.

• Audio feedbackCompared with: Resonance can color sound without the regenerative input-output loop that defines feedback.

• Double bassRelated: The large body helps the double bass reinforce low-frequency string vibrations.

• Organ pipeNarrower topic: Resonance selects the frequencies that an organ pipe can sustain.

• Outer earRelated: The canal's resonance boosts a range of frequencies in incoming sound.

• Free reedRelated: The instrument’s air chambers shape and amplify the reed’s sound.

• OverblowingRelated: The player tunes the mouth cavity to favor the desired reed vibration.

• Conical boreNarrower topic: The defining effects of bore geometry appear in the instrument’s resonance frequencies.

• Human voiceRelated: Resonance explains how the vocal tract amplifies some frequencies more than others.

• DidgeridooNarrower topic: The tube’s resonances shape the drone and its changing vocal-like tones.

• BagpipesRelated: Pipe dimensions and resonances help determine each bagpipe pipe’s pitch and tone.

• CelestaRelated: Resonance sustains the metal plates’ pitches after each hammer strike.

• Vocal sacNarrower topic: The sac’s resonant properties alter the frequencies and intensity of frog calls.

• OcarinaNarrower topic: The ocarina produces stable pitches through resonance inside its cavity.

• TambourineRelated: The frame and drumhead color the sound produced by the jingles and impacts.

• John William StruttRelated: His acoustics research quantified how resonant cavities respond to sound.