989 Royalty-Free Audio Tracks for "Fifth Tones"

*Novendecimal fifth tone on C = C. Just: 39 : 38 = 44.97 cents. Limit: 19-limit. MIDI pitch bend: 50,78

*Tridecimal fifth tone on C = C♯. Just: 40 : 39 = 43.83 cents. Limit: 13-limit. MIDI pitch bend: 3,78

*Greater 47-limit fifth tone on C = ?. Just: 47/46 = 37.23 cents. Limit: 47-limit. MIDI pitch bend: 117,75

*Lesser 41-limit fifth tone on C = D♭. Just: 42:41 = 41.72 cents. Limit: 41-limit. MIDI pitch bend: 45,77

*Undecimal two-fifth tone on C = C↑-. Just: 22:21 = 80.54 cents. Limit: 11-limit. MIDI pitch bend: 99,89 on PU

*Fifth-tone/1 step in 30 equal temperament on C. Equal-tempered: 21/30:1 = 40 cents. MIDI pitch bend: 102,44 MIDI, created using Sibelius 5.

*Undecimal fifth tone on C = C↓#+ (Ben Johnston's notation). Just: 45/44 = 38.91 cents. Limit: 11-limit. MIDI pitch bend: 57,76

*Lesser 43-limit fifth tone on C = C↑ (Ben Johnston's notation). Just: 44/43 = 39.80 cents. Limit: 43-limit. MIDI pitch bend: 94,76

*Greater 43-limit fifth tone on C = C- (Ben Johnston's notation). Just: 43/42 = 40.74 cents. Limit: 43-limit. MIDI pitch bend: 4,77

*Greater 41-limit fifth tone on C = C (Ben Johnston's notation). Just: 41:40 = 42.75 cents. Limit: 41-limit. MIDI pitch bend: 87,77

*Lesser 47-limit fifth tone on C = C (Ben Johnston's notation). Just: 48/47 = 36.45 cents. Limit: 47-limit. MIDI pitch bend: 84,75

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*Thirteen quarter tones (minor fifth) on C = G. Equal-tempered: 213/24:1 = 650 cents. MIDI pitch bend: 0,80 Preceded by:File:Eleven quarter tones on C.mid

*Eleventh harmonic inverse on C = G↓. 16:11 = 648.68 cents. Limit: 11-limit. MIDI pitch bend: 74,79

A mean fifth (sine waves of 300 Hz and 448.6Hz) followed by a wolf fifth (300 Hz and 459.37Hz); intervals occur in quarter-comma meantone temperament.

A recording that shows the effect of a Shepard tone

An augmented fifth in just temperment. The first tone is a sine wave of 300Hz, the second is 468.75 Hz, the third is the interval. Made with NCH tone generator

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First, a 440hz tone will play on the LEFT side. Then, it will stop and play a 440hz tone on the RIGHT side. This is for testing which side is which, and if your stereo system is working properly.

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422.5 Hz tone

423.2 Hz tone

409 Hz tone

*Ninety-ninth harmonic on C = G↑ (Ben Johnston's notation). Just: 99/64 = 755.23 cents. Limit: 11-limit. MIDI pitch bend: 86,81

*Ninety-fifth harmonic on C = G (Ben Johnston's notation). Just: 95/64 = 683.83 cents. Equal-tempered: 27/12:1 = 700 cents. Limit: 19-limit. MIDI pitch bend: 106,90 on TT

*29791th harmonic on C = G+. Just: 29791/16384 = 1035.11 cents. Limit: 31-limit. MIDI pitch bend: 29,107 on M6

A sound file playing the interval of an augmented fifth, in equal temperment. The first tone is a sine wave at 300 Hz, the second is at 476.1 Hz, the last is the interval. Made with NCH Tone generator.

Sinuston 431 Hz

Made it myself with and adaptor and an audio input cable.

Sinuston 433 Hz

Der Ton gis

Sinuston 434 Hz

Sweep tone from 16hz to 256hz

Sweep tone from 20hz to 20khz

Der Ton c

Der Ton a

Example of dissonance in Mozart's Adagio and Fugue in C minor KV. 546.

Example of dissonance in Bach's Well-Tempered Clavier, Vol. I (Preludio XXI). The chord in question was pointed out in: Marquis, G. Welton (1964). Twentieth Century Music Idioms. Englewood Cliffs, New Jersey: Prentice-Hall, Inc. Presumably Marquis is the source of the tempo, dynamic, and, in the second measure, arpeggiation.

Der Ton c

Der Ton g

Sweep tone from 256hz to 2khz

Sweep tone from 2khz to 16khz

Sinuston 432 Hz

Three perfect fifths, in equal temperament

Der Ton f

1000 Hz tone, created by Denelson83 Note on playing this audio clip This audio clip is an en:Ogg Vorbis file. For a list of compatible media players, see the article at [1].

Pandiatonic chord with nonharmonic bass in Igor Stravinsky's Symphony of Psalms, 3rd movement.

430.54 Hz tone

451 Hz tone