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Some music teachers teach their students relative pitch by having them associate each possible interval with the first two notes of a popular song. Another method of developing relative pitch is playing melodies by ear on a musical instrument, especially one that, unlike a piano or other keyboard or
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This last criterion, which applies not only to singers but also to instrumentalists who rely on their own skill to determine the precise pitch of the notes played (wind instruments, fretless string instruments like violin or viola, etc.), is an essential skill for musicians in order to play
213:(sometimes called "perfect pitch"), relative pitch is quite common among musicians, especially musicians who are used to playing "by ear", and a precise relative pitch is a constant characteristic among good musicians.
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Interval recognition is used to identify chords, and can be applied to accurately tune an instrument with respect to a given reference tone, even when the tone is not in
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are played on a piano, a person with relative pitch would be able to identify the second note from the first note given that they know that the first note is
220:. Computer-aided ear training is becoming a popular tool for musicians and music students, and various software is available for improving relative pitch.
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Compound intervals (intervals greater than an octave) can be more difficult to detect than simple intervals (intervals less than an octave).
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by comparing it to a reference note and identifying the interval between those two notes. For example, if the notes
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fretted instrument, requires a specific manual or blown adjustment for each particular tone.
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Harmonic
Experience: Tonal harmony from its natural origins to its modern expression
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Determine the distance of a musical note from a set point of reference, e.g. "three
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used by orchestras playing music from different styles (a baroque orchestra using
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Leipold, Simon; Greber, Marielle; Sele, Silvano; Jäncke, Lutz (15 October 2019).
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Identify the intervals between given tones, regardless of their relation to
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Hear a melody for the first time, then name the notes relative to a
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Indian musicians learn relative pitch by singing intervals over a
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Relative pitch implies some or all of the following abilities:
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Unlike perfect pitch, relative pitch can be developed through
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Learning to Sight-Sing: The mental mechanics of aural imagery
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is the ability of a person to identify or re-create a given
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successfully with others. An example, is the different
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terminology. Many
Western ear training classes used
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46:. Unsourced material may be challenged and removed.
333:. Vol. 1. Minneapolis, MN: Thinking Applied.
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191:might decide to use a higher-tuned pitch).
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106:Learn how and when to remove this message
235:(1997) described in terms of occidental
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630:Temporal dynamics of music and language
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167:Correctly sing a melody by following
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44:adding citations to reliable sources
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575:Music in psychological operations
520:Generative theory of tonal music
303:10.1016/j.neuroimage.2019.06.030
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530:Hedonic music consumption model
427:Cognitive neuroscience of music
31:needs additional citations for
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967:Psychology of Music (journal)
510:Eye movement in music reading
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535:Illusory continuity of tones
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981:This Is Your Brain on Music
960:Music, Thought, and Feeling
946:Musicae Scientiae (journal)
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754:Neuronal encoding of sound
724:Melodic intonation therapy
432:Culture in music cognition
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1079:Scientific pitch notation
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480:Consonance and dissonance
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1059:Helmholtz pitch notation
769:Psychoanalysis and music
749:Neurologic music therapy
683:Music-specific disorders
495:Embodied music cognition
485:Deutsch's scale illusion
625:Speech-to-song illusion
437:Evolutionary musicology
324:Humphries, Lee (2008).
247:numerical sight-singing
205:Prevalence and training
974:The World in Six Songs
917:William Forde Thompson
673:Musical hallucinations
1069:Piano key frequencies
779:Systematic musicology
1214:Cognitive musicology
585:Music-related memory
422:Cognitive musicology
40:improve this article
872:Max Friedrich Meyer
764:Philosophy of music
759:Performance science
704:Aesthetics of music
678:Musician's dystonia
663:Auditory arrhythmia
550:Melodic expectation
141:Detailed definition
931:Books and journals
852:Carol L. Krumhansl
570:Music and movement
525:Glissando illusion
505:Exercise and music
189:period instruments
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1105:Pitch circularity
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739:Musical acoustics
615:Sharawadji effect
595:Musical semantics
565:Music and emotion
465:Auditory illusion
164:(A = 440 Hz)
137:without looking.
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470:Auditory imagery
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1173:Savart wheel
1115:Tonal memory
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1100:Ear training
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857:Fred Lerdahl
709:Bioacoustics
635:Tonal memory
620:Shepard tone
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38:Please help
33:verification
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1178:Tuning fork
1074:Pitch class
912:Carl Stumpf
842:David Huron
794:Researchers
500:Entrainment
297:: 132–141.
96:August 2018
1193:Categories
1168:Pitch pipe
1151:Microtuner
1088:Perception
1054:Enharmonic
897:Max Schoen
847:Nina Kraus
807:Lola Cuddy
744:Musicology
291:NeuroImage
270:References
66:newspapers
1024:Frequency
650:Disorders
1134:See also
1035:Notation
347:(1997).
311:31238164
253:See also
231:, which
155:middle C
1219:Singing
1161:Beating
719:Hearing
490:Earworm
242:solfège
233:Mathieu
209:Unlike
151:octaves
80:scholar
658:Amusia
452:Topics
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153:above
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1028:pitch
410:Areas
331:(PDF)
287:(PDF)
229:drone
87:JSTOR
73:books
1047:A440
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357:ISBN
307:PMID
129:and
59:news
299:doi
295:200
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