Linked from

The 23 pages that link to Fundamental frequency, each with the reason it gives.

• Fourier seriesRelated: It determines the integer-spaced frequencies allowed in the series.

• ProsodyRelated: Pitch contours in speech track changes in fundamental frequency.

• TimbreRelated: Timbre is compared most clearly when sounds share this frequency and thus have the same pitch.

• Pitch (music)Related: It usually sets the pitch of a musical tone, even when it is not the strongest component.

• Vocal rangeRelated: It provides a measurable counterpart to the pitches at a singer’s range limits.

• Vocal registerRelated: Register ranges are described partly by the pitches they produce.

• Vocal foldsRelated: Fold vibration rate sets the fundamental frequency of voiced sound.

• Vocal timbreRelated: Separating fundamental frequency from spectral shape clarifies why similar-pitched voices can sound different.

• Tone (linguistics)Related: It is the main acoustic correlate of pitch in voiced speech.

• PassaggioRelated: Passaggio is encountered while pitch rises or falls through a voice’s transition area.

• Acoustic phoneticsRelated: Its variation provides a principal acoustic cue to vocal pitch.

• FalsettoRelated: Falsetto is often used to produce fundamental frequencies above a singer’s modal range.

• OvertoneRelated: Overtones are defined by having frequencies above this reference frequency.

• Human voiceRelated: It is the acoustic correlate of vocal-fold vibration rate and strongly shapes perceived pitch.

• Musical noteRelated: It commonly anchors the pitch assigned to a musical note.

• Pan fluteRelated: The fundamental resonance usually sets the note heard from a pan-flute tube.

• Vocal registrationRelated: It helps quantify the pitches associated with register ranges.

• Wirtinger's inequalityRelated: It determines the first nonconstant mode and hence the sharp period-dependent bound.