4096/3993: Difference between revisions
added monzo, size and some categories |
Added infobox and transferred size and Monzo information to infobox |
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'''4096/3993''', the '''Alpharabian subminor second''' | {{Infobox Interval | ||
| Icon = | |||
| Ratio = 4096/3993 | |||
| Monzo = 12 -1 0 0 -3 | |||
| Cents = 44.09117 | |||
| Name = Alpharabian subminor second | |||
| Color name = Satrilu 2nd | |||
| FJS name = | |||
}} | |||
'''4096/3993''', the '''Alpharabian subminor second''', is notable for being one of only two [[11-limit]] quartertone intervals needed in order to add up to a familiar [[9/8]] whole tone. Specifically, it is the quartertone that forms the difference between the whole tone and a stack of three [[33/32]] quartertones, and can thus be regarded as a sort of subminor second. Remarkably, it is currently the simplest interval in terms of odd-limit that is known to result from stacking three identical quartertones with rational intervals and subtracting said stack from a 9/8 whole tone. Furthermore, although [[38/37]], [[35/34]], [[32/31]] and [[28/27]] are all simpler intervals that can be called "quarter tones" and can safely be regarded as some kind of second, subtracting any one of these intervals from 9/8 yields an interval that has a ratio lacking a cubed number in the numerator and or the denominator, and such an interval cannot be split into three equal quartertones with rational intervals. | |||
[[Category:11-limit]] | [[Category:11-limit]] | ||
[[Category:Quartertone]] | [[Category:Quartertone]] | ||
[[Category:Alpharabian]] | [[Category:Alpharabian]] | ||
Revision as of 14:25, 5 November 2020
| Interval information |
reduced subharmonic
4096/3993, the Alpharabian subminor second, is notable for being one of only two 11-limit quartertone intervals needed in order to add up to a familiar 9/8 whole tone. Specifically, it is the quartertone that forms the difference between the whole tone and a stack of three 33/32 quartertones, and can thus be regarded as a sort of subminor second. Remarkably, it is currently the simplest interval in terms of odd-limit that is known to result from stacking three identical quartertones with rational intervals and subtracting said stack from a 9/8 whole tone. Furthermore, although 38/37, 35/34, 32/31 and 28/27 are all simpler intervals that can be called "quarter tones" and can safely be regarded as some kind of second, subtracting any one of these intervals from 9/8 yields an interval that has a ratio lacking a cubed number in the numerator and or the denominator, and such an interval cannot be split into three equal quartertones with rational intervals.