https://www.ooda.wiki/index.php?action=history&feed=atom&title=Musica%3AHarmonic_DissonanceMusica:Harmonic Dissonance - Revision history2026-04-07T03:05:31ZRevision history for this page on the wikiMediaWiki 1.43.1https://www.ooda.wiki/index.php?title=Musica:Harmonic_Dissonance&diff=858&oldid=prevAdminIsidore: Created page with "{{Musica |Concept Type=MM Score Components |Definition=The psychoacoustic "cost" of a single note relative to the currently established harmony. The value is determined by the interval relationship between the note and the root of the active chord. Consonant intervals (e.g., octave, fifth, third) have a low dissonance value (approaching 0), while dissonant intervals (e.g., minor second, tritone) have a high value (approaching 1). |Is component of=Musica:Frequency Load..."2025-08-28T03:37:37Z<p>Created page with "{{Musica |Concept Type=MM Score Components |Definition=The psychoacoustic "cost" of a single note relative to the currently established harmony. The value is determined by the interval relationship between the note and the root of the active chord. Consonant intervals (e.g., octave, fifth, third) have a low dissonance value (approaching 0), while dissonant intervals (e.g., minor second, tritone) have a high value (approaching 1). |Is component of=Musica:Frequency Load..."</p>
<p><b>New page</b></p><div>{{Musica<br />
|Concept Type=MM Score Components<br />
|Definition=The psychoacoustic "cost" of a single note relative to the currently established harmony. The value is determined by the interval relationship between the note and the root of the active chord. Consonant intervals (e.g., octave, fifth, third) have a low dissonance value (approaching 0), while dissonant intervals (e.g., minor second, tritone) have a high value (approaching 1).<br />
|Is component of=[[Musica:Frequency Load (Lf)]]<br />
|Calculated From=<br />
}}</div>AdminIsidore